Hayward, R.K. Titus, T.N. Sunda, A.M. 20201015 CSV Reston, VA U.S. Geologic Survey https://doi.org/10.5066/P9IYGDGQ As part of a NASA-funded study of sediment flux rates at a Mars analog site, we installed a suite of instruments in a small dune field near Grand Falls, Arizona. Data released in this report was collected from 02/07/2017 to 05/22/2019. The Grand Falls (GF) dune field is located on the Navajo Nation. It lies ~70 km NE of Flagstaff, AZ, 2 km east of Grand Falls, and just north of the Little Colorado River (LCR). The dune field consists of barchans, smaller dunes/ripples, and bare interdunes with indurated surfaces, all features commonly found on the Martian surface. We measured sediment flux using a Multi Layer Solid State Saltation Sensor (MLS4) and a set of three Big Spring Number Eight (BSNE) passive sediment samplers, at 20, 50, and 100 cm above ground level (AGL). The samplers are weighing BSNEs (wBSNE) that automatically weigh and log accumulated sediment weight. The Sensit and wBSNE data, as well as wind data collected from a set of three anemometers (installed at the same heights as the wBSNEs), were taken, then averaged and logged at ten second intervals. The experimental BSNE (xBSNE), designed and built by the maker of the wBSNEs, passively collects sediment at ~50 cm AGL and records data as time-lapse photos of the collection chamber taken at 15 minute intervals. Our instruments were positioned ~120 m downwind from an active barchan that migrates ~30 m/year. This research is funded by the NASA Planetary Science and Technology from Analog Research (PSTAR15) program, project #NNH16AC66I. Research was conducted with the permission of the Navajo Nation and the Leupp Chapter. Any persons wishing to conduct geological investigations on the Navajo Nation must first apply for and receive a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, telephone # 928-871-6588. Data were obtained to study sediment flux rates at Grand Falls Dune Field as an analog for sediment flux on Mars. 20170207 20190522 ground condition Complete None planned -111.165 -111.164 35.49 35.47 USGS Thesaurus dunes sediment transport sand deposit sediment flux planetary sciences USGS Metadata Identifier USGS:5f6e51f182ce38aaa24a73a7 Getty Thesaurus of Geographic Names Leupp Navajo Reservation USGS Thesaurus Holocene none none Timothy N Titus Southwest Region: ASTROGEOLOGY SCIENCE CENTER Research Space Scientist mailing and physical

2255 North Gemini Drive

Flagstaff AZ 86001 US 928-556-7201 ttitus@usgs.gov This research is funded by the NASA Planetary Science and Technology from Analog Research (PSTAR15) program, project #NNH16AC66I. Research was conducted with the permission of the Navajo Nation and the Leupp Chapter. Any persons wishing to conduct geological investigations on the Navajo Nation must first apply for and receive a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, telephone # 928-871-6588. wBSNE: Tests used: Mass calibration Testing methodology: In office prep - weigh 12 samples of 100g of sand from the dune field, take to the field. In field test, done prior to removing memory card from data logger – slowly add 4 bags of 100g sand to each wBSNE with pause between bags. In Office confirmation – verify that 400g of mass recorded in data record, use difference to adjust calculations. Results obtained: mass recorded at the tail end of data record for collection period. SENSIT: Tests used: Tap Test Testing methodology: Done in the field prior to removing memory card from data logger – use a piece of grass or other thin vegetation, gently tap the sensor in set of 10 taps with break between sets Results obtained: force of taps recorded at the tail end of data record for collection period. Anemometers: Tests used - none Testing methodology - none Results were reviewed for accuracy, suspect data, duplication and omissions are noted in summary table. Data set is considered complete for the information presented, as described in the abstract. Users are advised to read the rest of the metadata record carefully for additional details. GPS verification of equipment and dune location Accuracy to 10 m. Height Above Ground Level (AGL) measured for each piece of equipment during sample collection, accuracy to 1 cm. GF_Field_Observations.csv – processed in 2019 The GF_Field_Observations spreadsheet summarizes the 20 data collections of the project. Notes were recorded in the field for each collection date, height above ground was measured for each instrument and collected samples were weighed. For each collection the following information is provided: the collection number, the beginning date & ending date of collection, instrument name, heights above ground level for each instrument, dry weight of samples, and any relevant field notes. GF_Composition.csv – processed in 2018 The GF_Composition speadsheet summarizes the composition analysis for selected samples collected from the BSNEs throughout the duration of the experiment. Samples used in processing had previously undergone grain size analysis, post processing grain size fractions were kept separate. Representative samples retrieve from grain size fractions were viewed through a microscope camera. Sand grains were separated by composition and counted, counts and notes are recorded in this spreadsheet. GF_Detailed_Collection_PSTAR_#.csv – processed on collection date. There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Memory cards were removed from the data logger, and plugged into a computer, a conversion tool is used to convert the datalogger to human readable format, datasheet is transferred to storage location. 2019 Point GF_Field_Observations The 1-page summary lists the 20 collections. For each collection the following information is given: dates covered by the collection, height AGL of instruments, weight of samples, and field notes. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587 Annette Sunda Collection #. Sequential number assigned to sample collection. Producer defined. 1 20 Sequential number assigned to sample collection. Begin Date. First day of data collection period (mm/dd/yyyy). producer defined.. 02/07/2017 04/24/2017 The date is reported in the format mm/dd/year. End Date Last day of data collection period (mm/dd/yyyy). Producer defined. 03/29/2017 05/22/2019 The date is reported in the format mm/dd/year. Instrument Name. Name of instrument: xBSNE, wBSNE#1, wBSNE#2, wBSNE#3, Anemometer #1, Anemometer #2, Anemometer #3, in ground Sensit, MLS4-1, MLS4-2, MLS4-3, MLS4-4, MLS4-5. Producer defined. xBSNE Experimental BSNE, custom designed and built by Custom Products Inc. to monitor sediment accumulation visually using a TimelapseCam 8.0 by Wingscapes (model WSCT01-00114). Producer defined. wBSNE#1 Weighing BSNE at 20 cm AGL, a model of the passive sediment collector that is equipped with a load cell, so that sediment accumulation can be measured as changes in voltage (made by Custom Products Inc., www.soilerosionproducts.com). Producer defined. wBSNE#2 Weighing BSNE at 45 cm AGL, a model of the passive sediment collector that is equipped with a load cell, so that sediment accumulation can be measured as changes in voltage (made by Custom Products Inc., www.soilerosionproducts.com). Producer defined. wBSNE#3 Weighing BSNE at 110 cm AGL, a model of the passive sediment collector that is equipped with a load cell, so that sediment accumulation can be measured as changes in voltage (made by Custom Products Inc., www.soilerosionproducts.com). Producer defined. Anemometer#1 Anemometer at 20 cm AGL Producer defined. Anemometer#2 Anemometer at 60 cm AGL Producer defined. Anemometer#3 Directional anemometer at 100 cm AGL. Producer defined. In ground sensit Solid State Saltation Sensor. We use SENSIT model H14-LIN (sensit.com), a wind eroding mass flux sensor. Data outputs for the number of particle impacts and movement via kinetic energy are TTL/CMOS pulses counted by the data logger. This instrument is located at or near ground level. Producer defined. MLS4-1 Multi Layer Solid State Saltation Sensor #1. We use SENSIT model H14-LIN (sensit.com), a wind eroding mass flux sensor. Data outputs for the number of particle impacts and movement via kinetic energy are TTL/CMOS pulses counted by the data logger. Producer defined. MLS4-2 Multi Layer Solid State Saltation Sensor #2. We use SENSIT model H14-LIN (sensit.com), a wind eroding mass flux sensor. Data outputs for the number of particle impacts and movement via kinetic energy are TTL/CMOS pulses counted by the data logger. Producer defined. MSL4-3 Multi Layer Solid State Saltation Sensor #3. We use SENSIT model H14-LIN (sensit.com), a wind eroding mass flux sensor. Data outputs for the number of particle impacts and movement via kinetic energy are TTL/CMOS pulses counted by the data logger. Producer defined. MLS4-4 Multi Layer Solid State Saltation Sensor #4. We use SENSIT model H14-LIN (sensit.com), a wind eroding mass flux sensor. Data outputs for the number of particle impacts and movement via kinetic energy are TTL/CMOS pulses counted by the data logger. Producer defined. MLS4-5 Multi Layer Solid State Saltation Sensor #5. We use SENSIT model H14-LIN (sensit.com), a wind eroding mass flux sensor. Data outputs for the number of particle impacts and movement via kinetic energy are TTL/CMOS pulses counted by the data logger. Producer defined. Height AGL (cm). Height of instrument (cm) above ground level (for BSNEs, it is measured to the center of the BSNE opening), no height data (when measurements were not taken), n/a (height not relevant). Producer defined. 0 122 centimeters Dry Weight (g). Weight of sediment sample when dry. Producer defined. 0 2214 grams (g) Field Notes Relevant field notes Producer defined. Relevant field notes, may describe weather, vegetation, actions taken or interesting observations. GF_Composition There are four collection represented in this data. Each collection includes samples collected from the four BSNEs for that collection period; collection periods were not of equal duration. Grain counts were done at half-phi increments, calculated proportions and processing notes are included in this data. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. Annette Sunda Collection Date. The date the sample was retrieved from the field, reported in the format mm/dd/yyyy. Producer defined. 03/21/2014 04/17/2017 The date is reported in the format mm/dd/year. Collection_BSNE# Identifies which BSNE the sample was collected from. One of four options: wBSNE#1, wBSNE#2, wBSNE#3, xBSNE. Producer defined. wBSNE#1 Weighing BSNE at 20 cm AGL, a model of the passive sediment collector that is equipped with a load cell, so that sediment accumulation can be measured as changes in voltage (made by Custom Products Inc., www.soilerosionproducts.com). Producer defined. wBSNE#2 Weighing BSNE at 45 cm AGL, a model of the passive sediment collector that is equipped with a load cell, so that sediment accumulation can be measured as changes in voltage (made by Custom Products Inc., www.soilerosionproducts.com). Producer defined. wBSNE#3 Weighing BSNE at 110 cm AGL, a model of the passive sediment collector that is equipped with a load cell, so that sediment accumulation can be measured as changes in voltage (made by Custom Products Inc., www.soilerosionproducts.com). Producer defined. xBSNE Experimental BSNE, custom designed and built by Custom Products Inc. to monitor sediment accumulation visually using a TimelapseCam 8.0 by Wingscapes (model WSCT01-00114). Producer defined. Phi Size. Identifies which grain size within the sample was counted. Producer defined. 0.0 4.0 Phi Grain Count Total. Total number of grains counted for given subset of sample Producer defined. 0 1659 Number of individual grains counted. Grain Count Basalt Number of basalt grains counted for given subset of sample. Producer defined. 0 722 Number of basalt grains counted for given subset of sample. Grain Count Quartz Number of quartz grains counted for given subset of sample Producer defined. 0 842 Number of quartz grains counted for given subset of sample Grain Count - not quartz or basalt Number of non-quartz and non-basalt grains counted for given subset of sample. Producer defined. 0 345 Number of non-quartz and non-basalt grains counted for given subset of sample. Proportion Basalt Proportion of basalt grains in sample calculated from grain count. Producer defined. 0 1 Proportion Proportion Quartz Proportion of quartz grains in sample calculated from grain count. Producer defined. 0 1 Proportion Proportion - not quartz or basalt Proportion of non-quartz and non-basalt grains in sample calculated from grain count. Producer defined. 0 1 Proportion Processing Notes (scoop = 1/8 tsp) Relevant processing notes Producer defined. Relevant processing notes. GF_Detailed_Collection_Data_PSTAR_1 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 1 spanned from February 7, 2017 to March 29, 2017. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587 A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601. 2/7/2017 16:58:00 3/29/2017 14:56:40 The date is reported in the format mm/dd/year hh:mm:ss. Record Number Sequential number assigned to row by computer. Producer defined 0 422348 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_2 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 2 spanned from March 29, 2017 to April 17, 2017. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587 A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 3/29/2017 14:56:50 4/17/2017 9:43:40 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 422349 584630 Sequential number assigned to row by computer.. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_3 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 3 spanned from April 17, 2017 to April 27, 2017. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 4/17/2017 9:43:50 04/27/20174/27/2017 9:58:00 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 584631 671116 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_4 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 4 spanned from April 27, 2017 to May 22, 2017. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 4/27/2017 9:58:10 5/22/2017 15:07:40 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 671117 888974 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_5 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 5 spanned from May 22, 2017 to June 7, 2017. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 5/22/2017 15:07:50 6/7/2017 9:27:00 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 888975 1025170 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_6 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 6 spanned from June 7, 2017 to June 30, 2017. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 6/7/2017 9:27:10 6/30/2017 9:50:10 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 1025171 1224028 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_7 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 7 spanned from June 30, 2017 to September 20, 2017. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 6/30/2017 9:50:20 9/20/2017 10:03:10 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 1224030 19362587 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_8 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 8 spanned from September 20, 2017 to September 27, 2017. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 9/20/2017 10:03:20 9/27/2017 10:03:00 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 1932588 1993066 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_9 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 9 spanned from September 27, 2017 to February 02, 2018. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 9/27/2017 10:25:00 2/2/2018 16:25:50 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 0 489979 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_10 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 10 spanned from February 2, 2018 to March 2, 2018. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 2/2/2018 16:26:00 3/2/2018 15:21:00 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 489979 731529 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2 Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_11 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 11 spanned from March 2, 2018 to March 31, 2018. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 3/2/2018 15:21:10 3/31/2018 10:10:20 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined 731530 980225 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_12 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 12 spanned from March 31, 2018 to April 20, 2018. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 3/31/2018 10:10:30 4/20/2018 10:31:30 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 980226 115133 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_13 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 13 spanned from April 20, 2018 to May 18, 2018. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 4/20/2018 10:31:40 5/18/2018 10:18:00 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_14 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 14 spanned from May 18, 2018 to July 13, 2018. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 5/18/2018 10:18:10 7/13/2018 9:40:10 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 1394982 1878594 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_15A There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 15A spanned from July 13, 2018 to July 31, 2018. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 7/13/2018 1:18:00 7/31/2018 23:59:50 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 1875581 2039272 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1 Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_15B There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 15B spanned from August 1, 2018 to November 28, 2018. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date is reported in the format mm/dd/year. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 8/1/2018 0:00:00 11/28/2018 12:17:00 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 2039273 3071855 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1 Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_16 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 16 spanned from November 28, 2018 to March 7, 2019. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 11/28/2018 9:42 3/7/2019 11:06 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 3070926 3926789 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_17: There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 17 spanned from March 7, 2019 to March 30, 2019. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 3/7/2019 11:06 3/20/2019 11:46 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 3926790 4039352 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_18 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 18 spanned from March 30, 2019 to April 17, 2019. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 3/20/2019 11:46 4/17/2019 11:33 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 4039353 4281195 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_19 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 19 spanned from April 17, 2019 to April 24, 2019. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 4/17/2019 11:33 4/24/2019 11:20 The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 4281196 4341597 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees. Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. GF_Detailed_Collection_Data_PSTAR_20 There are 20 collection worksheets. Each collection worksheet includes data collected from the CR1000 data logger for that collection period. Collection periods were not of equal duration and all instruments were not working for all collection periods. Collection 20 spanned from April 24, 2019 to May 22, 2019. Field work on the Navajo Nation was conducted under a permit from the Navajo Nation Minerals Department. Any persons wishing to conduct geologic investigations on the Navajo Nation must first apply for, and receive, a permit from the Navajo Nation Minerals Department, P.O. Box 1910, Window Rock, Arizona 86515, and telephone # (928) 871-6587. A.M. Sunda Date and Time. The date and time is reported in the format mm/dd/year hh:mm:ss. Time is reported in international standard ISO 8601. International Organization for Standardization (ISO) - ISO 8601 4/24/19 11:20 AM 5/22/19 10:32 AM The date is reported in the format mm/dd/year hh:mm:ss. Record Number. Sequential number assigned to row by computer. Producer defined. 4341598 4562146 Sequential number assigned to row by computer. Wind Speed (#1). Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 20 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#2). Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 60 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Speed (#3). Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Producer defined. Wind speed measured at approximately 100 cm AGL, sampled at one second intervals, one sample value reported each minute in mph. Wind Direction. Wind direction measured at approximately 100 cm AGL (anemometer #3). Wind direction was sampled at one second intervals and averaged over one minute. Wind direction is reported by the direction from which it originates, measured in degrees clockwise from due north (0 degrees is a wind blowing from the North). Producer defined. 0 360 Direction degrees Particle Count Total (#0). Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 5 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#1). Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 7 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#2). Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 14 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#3). Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 21 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#4). Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 29 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Particle Count Total (#5). Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Producer defined. Total particle counts for one-second interval, measured by Sensit. Approximately 37 cm AGL. The count saturates at 7999, and so can underestimate particle movement during high wind events. Kinetic Energy Total (#0). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 5 cm AGL. Kinetic Energy Total (#1). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 7 cm AGL. Kinetic Energy Total (#2). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 14 cm AGL. Kinetic Energy Total (#3). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 21 cm AGL. Kinetic Energy Total (#4). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 29 cm AGL. Kinetic Energy Total (#5). A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. Producer defined. A measure of the energy that has impacted the Sensit, reported in uncalibrated instrument units. It is the total recorded for the one-second interval at approximately 37 cm AGL. wBSNE #1. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 20 cm AGL, reported in mV/V. wBSNE #2. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 45 cm AGL, reported in mV/V. wBSNE #3. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. Producer defined. Voltage was measured at one second intervals and averaged over one minute. Instrument located approximately 110 cm AGL, reported in mV/V. U.S. Geological Survey - ScienceBase mailing and physical

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