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You searched for: Journal Photogrammetric engineering and remote sensing Remove constraint Journal: Photogrammetric engineering and remote sensing Publication Year 2003 Remove constraint Publication Year: 2003 Source 2003 v.69 no.6 Remove constraint Source: 2003 v.69 no.6
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1. Applications and Research Using Remote Sensing for Rangeland Management

Author:
Hunt, Jr., E. Raymond; Everitt, James H.; Ritchie, Jerry C.; Moran, M. Susan; Booth, D. Terrance; Anderson, Gerald L.; Clark, Patrick E.; Seyfried, Mark S.
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 675
ISSN:
0099-1112
Subject:
range management; rangelands; remote sensing; grasslands; shrublands; savannas; monitoring; ecosystem management; noxious weeds; ecological succession; plant communities; spatial data; plant growth; Landsat; lidar; vegetation cover; algorithms; soil properties; evapotranspiration; spectral analysis
Abstract:
...

Rangelands are grasslands, shrublands, and savannas used by wildlife for habitat and livestock in order to produce food and fiber. Assessment and monitoring of rangelands are currently based on comparing the plant species present in relation to an expected successional end-state defined by the ecological site. In the future, assessment and monitoring may be based on indicators of ecosystem h ...

Handle:
10113/6776
DOI:
10.14358/PERS.69.6.675

2. Crop Yield Assessment from Remote Sensing

Author:
Doraiswamy, Paul C.; Moulin, Sophie; Cook, Paul W.; Stern, Alan
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 665-674
ISSN:
0099-1112
Subject:
Erosion Productivity Impact Calculator; Landsat; USDA; crop models; crop yield; farm operators; geographic information systems; interviews; leaves; monitoring; radiative transfer; remote sensing; semiarid zones; simulation models; spatial data; surveys; North Dakota
Abstract:
...

Monitoring crop condition and production estimates at the state and county level is of great interest to the U.S. Department of Agriculture. The National Agricultural Statistical Service (NASS) of the U.S. Department of Agriculture conducts field interviews with sampled farm operators and obtains crop cuttings to make crop yield estimates at regional and state levels. NASS needs supplemental ...

DOI:
10.14358/PERS.69.6.665

3. Remote Sensing for Crop Management

Author:
Pinter, Jr., Paul J.; Hatfield, Jerry L.; Schepers, James S.; Barnes, Edward M.; Moran, M. Susan; Daughtry, Craig S.T.; Upchurch, Dan R.
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 647
ISSN:
0099-1112
Subject:
crop management; plant growth; temporal variation; spatial variation; remote sensing; reflectance; spectral analysis; thermal analysis; crop production; water management; plant-water relations; nutrient management; pest management; weed control; disease control; plant stress; yields; simulation models; crop models; Agricultural Research Service; new technology; new methods
Abstract:
...

Scientists with the Agricultural Research Service (ARS) and various government agencies and private institutions have provided a great deal of fundamental information relating spectral reflectance and thermal emittance properties of soils and crops to their agronomic and biophysical characteristics. This knowledge has facilitated the development and use of various remote sensing methods for ...

Handle:
10113/17079
DOI:
10.14358/PERS.69.6.647

4. Remote Sensing Research in Hydrometeorology

Author:
Kustas, William P.; French, Andrew N.; Hatfield, Jerry L.; Jackson, Tom J.; Moran, M. Susan; Rango, Al; Ritchie, Jerry C.; Schmugge, Tom J.
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 631-646
ISSN:
0099-1112
Subject:
Agricultural Research Service; air; algorithms; energy flow; evapotranspiration; hydrometeorology; landscapes; leaves; lidar; models; remote sensing; researchers; roughness; scientists; snow; snowpack; soil water; spatial data; surface temperature; topography; vegetation cover; water stress; United States
Abstract:
...

An overview of remote sensing research in hydrometeorology, with an emphasis on the major contributions that have been made by United States Department of Agriculture- Agricultural Research Service (USDA-ARS) scientists, is provided. The major contributions are separated into deriving from remote sensing (1) hydrometeorological state variables and (2) energy fluxes, particularly evapotranspi ...

DOI:
10.14358/PERS.69.6.631

5. Remote Sensing Techniques to Assess Water Quality

Author:
Ritchie, Jerry C.; Zimba, Paul V.; Everitt, James H.
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 695-704
ISSN:
0099-1112
Subject:
aircraft; boats; chlorophyll; consultants; databases; geographic information systems; global positioning systems; managers; monitoring; natural resource management; remote sensing; satellites; suspended sediment; temperature; turbidity; water quality; waterways
Abstract:
...

Remote sensing techniques can be used to monitor water quality parameters (i.e., suspended sediments (turbidity), chlorophyll, and temperature). Optical and thermal sensors on boats, aircraft, and satellites provide both spatial and temporal information needed to monitor changes in water quality parameters for developing management practices to improve water quality. Recent and planned launc ...

DOI:
10.14358/PERS.69.6.695

6. Sensor Development and Radiometric Correction for Agricultural Applications

Author:
Moran, S.; Fitzgerald, G.; Rango, A.; Walthall, C.; Barnes, E.; Bausch, W.; Clarke, T.; Daughtry, C.; Everitt, J.; Escobar, D.; Hatfield, J.; Havstad, K.; Jackson, T.; Kitchen, N.; Kustas, W.; McGuire, M.; Pinter, Jr., P.; Sudduth, K.; Schepers, J.; Schmugge, T.; Starks, P.; Upchurch, D.
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 705
ISSN:
0099-1112
Subject:
remote sensing; sensors; agricultural research; radiometers; radiometry; equipment performance; Agricultural Research Service; United States
Abstract:
...

This review addresses the challenges and progress in sensor development and radiometric correction for agricultural applications with particular emphasis on activities within the U.S. Department of Agriculture (USDA) Agricultural Research Service (ARS). Examples of sensor development include on-site development of sensors and platforms, participation in cooperative research and development a ...

Handle:
10113/17069
DOI:
10.14358/PERS.69.6.705

7. The Agricultural Research Service’s Remote Sensing Program

Author:
Pinter, Jr., Paul J.; Ritchie, Jerry C.; Hatfield, Jerry L.; Hart, Galen F.
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 615-618
ISSN:
0099-1112
Subject:
Agricultural Research Service; grain yield; inventories; natural resources; remote sensing; researchers; scientists; surveys; wheat; China
Abstract:
...

Interagency programs have made it possible for scientists from the USDA, Agricultural Research Service (ARS) to conduct remote sensing research with researchers from various federal, state, and private organizations since 1965. Cumulative results from these cooperative studies have established the scientific basis for using remotely acquired imagery to better understand and manage the Earth’ ...

DOI:
10.14358/PERS.69.6.615

8. Remote- and ground-based sensor techniques to map soil properties

Author:
Barnes, Edward M.; Sudduth, Kenneth A.; Hummel, John W.; Lesch, Scott M.; Corwin, Dennis L.; Yang, Chenghai; Daughtry, Craig S.T.; Bausch, Walter C.
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 619
ISSN:
0099-1112
Subject:
canopy; complement; crop production; crop residues; electrical conductivity; information sources; nitrates; nitrogen; remote sensing; sensors; soil fertility; soil organic matter; soil salinity; soil surveys; soil texture; spatial variation; statistical analysis; statistical models; tillage; tractors; yield monitoring
Abstract:
... Farm managers are becoming increasingly aware of the spatial variability in crop production with the growing availability of yield monitors. Often this variability can be related to differences in soil properties (e.g., texture, organic matter, salinity levels, and nutrient status) within the field. To develop management approaches to address this variability, high spatial resolution soil property ...
Handle:
10113/54875
DOI:
10.14358/PERS.69.6.619

9. The Agricultural Research Service's Remote Sensing Program: An Example of Interagency Collaboration

Author:
Pinter, Paul J. Jr.; Ritchie, Jerry C.; Hatfield, Jerry L.; Hart, Galen F.
Source:
Photogrammetric engineering and remote sensing 2003 v.69 no.6 pp. 615
ISSN:
0099-1112
Subject:
Agricultural Research Service; Triticum aestivum; agricultural research; agricultural resources; crops; grain yield; image analysis; international cooperation; remote sensing; research projects; researchers; scientists; surveys; wheat; China
Abstract:
... Interagency programs have made it possible for scientists from the USDA, Agricultural Research Service (ARS) to conduct remote sensing research with researchers from various federal, state, and private organizations since 1965. Cumulative results from these cooperative studies have established the scientific basis for using remotely acquired imagery to better understand and manage the Earth's agri ...
Handle:
10113/54865