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Subjects crop yield Remove constraint crop yield: crop yield Subjects Remote sensing Remove constraint Remote sensing: Remote sensing
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1. A continuing development of an application for Landsat data : 1983 DCLC winter wheat acreage estimates for four states

Description:
Title from title screen (viewed on Jan.21, 2011).
Author:
Cook, Paul W. , May, George. , Kestle, Richard A. , United States Dept. of Agriculture. Statistical Reporting Service. Statistical Research Division. , International Symposium on Remote Sensing of Environment 1984 : Paris, France)
Subject:
Agricultural estimating and reporting , Remote sensing , Winter wheat , Yields , Forecasting , Landsat satellites , Landsat , winter wheat , crop yield , estimation , remote sensing
Year:
1984

2. Advances in estimating crop yield through combined remote sensing and growth modeling

Description:
Title from title screen (viewed Sept. 13, 2010).
Author:
Maas, Stephan Joseph 1950- , Subtropical Agricultural Research Laboratory (U.S.)
Subject:
Agricultural estimating and reporting , Crop yields , Agriculture , Remote sensing , estimation , crop yield , remote sensing , growth models
Year:
1990

3. Feasibility of assessing crop condition and yield from Landsat data

Description:
Title from title screen (viewed Dec. 6, 2010).
Author:
LACIE (Project : U.S.) , Lyndon B. Johnson Space Center , United States Dept. of Agriculture. , United States National Oceanic and Atmospheric Administration.
Subject:
Agricultural estimating and reporting , Crop yields , Remote sensing , estimation , crop yield , Landsat
Year:
1978

4. Remote sensing relationship of aerial photography reflectance to crop yields

Author:
Von Steen, Donald H.
Subject:
Aerial photography in agriculture , Agriculture , Remote sensing , Cotton , Yields , Texas , Sorghum , Yields , Texas , remote sensing , aerial photography , crop yield , reflectance , cotton , Gossypium , grain sorghum , Sorghum bicolor , Texas
Year:
1969

5. Spring wheat yield assessment using Landsat TM imagery and a crop simulation model

Description:
Title from title screen (viewed on Jan. 12, 2011).
Author:
Doraiswamy, P. C. , United States National Agricultural Statistics Service.
Subject:
Agricultural estimating and reporting , Remote sensing , Wheat , Yields , Forecasting , estimation , remote sensing , wheat , crop yield
Year:
1996

6. Spring wheat yield assessment using NOAA AVHRR data

Description:
Title from title screen (viewed on Jan. 12, 2011).
Author:
Doraiswamy, P. C. , Cook, Paul W. , United States National Agricultural Statistics Service.
Subject:
Agricultural estimating and reporting , Remote sensing , Wheat , Yields , Forecasting , estimation , remote sensing , wheat , crop yield
Year:
1995

7. Texas vegetable remote sensing study, 1969 : determination of optimum plot size and shape for estimation of carrot yield

Description:
Cover title.
Author:
Wilson, Wendell W.
Subject:
Carrots , Yields , Texas , Remote sensing , carrots , Daucus carota , crop yield , remote sensing
Year:
1970

8. Visualization of a crop season : the integration of remotely sensed data and survey data

Description:
Title from PDF caption (viewed Sept. 24, 2012).
Author:
Wade, Gail. , Hanuschak, George. , United States National Agricultural Statistics Service.
Subject:
Agriculture , Remote sensing , Crops , Growth , Crop yields , remote sensing , crop yield , geographic information systems , corn , Zea mays , soybeans , Glycine max , United States
Year:
2000