'Irrigated' diaporamas de présentation

Planting Systems - An Agronomists View?

Planting Systems - An Agronomists View?. Alternate Row Spacings. Narrow row and alternate row configurations have been of studied as a means to improve yields by improving light and water use efficiencies. Karlen et al., (1985) reported 5 to 10% yield increase from narrow rows over 38 in rows.

916 views • 78 slides

Irrigated/Non-irrigated Polygons

Irrigated/Non-irrigated Polygons. Background Digitizing Effort Status Future. Farm Service Agency. Creates CLU (common land unit) Administer crop compliance responsibilities CLU metadata circa 2005. 2 year editing effort. 18 Counties Over 214,000 polygons. Clipped to model extent.

428 views • 33 slides

FRUIT PRODUCTION

FRUIT PRODUCTION. Northern Region of Minas Gerais State Brazil. Foundation : 1993; Members : cooperatives , associations , companies and growers (2.500 partners );

457 views • 28 slides

Chuck Dalby, Hydrologist, Water Resources Division, DNRC (alm.retd)

Comparison of Satellite-Based, Remote Sensing Methods for Estimating Evapotranspiration from Irrigated Land in the Smith River Basin of Montana October 19, 2018 Montana AWRA 2018 Conference West Yellowstone, Montana. Chuck Dalby, Hydrologist, Water Resources Division, DNRC (alm.retd)

275 views • 27 slides

Water Saving Approaches on Agricultural Consumption in Iran

571 views • 24 slides

How to create Nitrate Leaching Potential ( WA) Maps and Reports from Web Soil Survey

How to create Nitrate Leaching Potential ( WA) Maps and Reports from Web Soil Survey. http://websoilsurvey.nrcs.usda.gov/app/. Contact: Brad Duncan Assistant State Soil Scientist Spokane NRCS State Office Brad.Duncan@wa.usda.gov 509-323-2982.

355 views • 22 slides

Prasad Thenkabail, Chandrashekkar Biradar, Hugh Turral, and Mitch Schull

Mapping Irrigated Areas of the World @ the End of Last Millennium and The Beginning of this Millennium using Multi-Scale Time-Series Satellite Sensor Data. Ganges basin. 2001-2002. Prasad Thenkabail, Chandrashekkar Biradar, Hugh Turral, and Mitch Schull. 1982-1985.

255 views • 16 slides

REAL-TIME Calibration of Active Crop Sensor SYSTEM for Making In-Season N Applications

k = 1.0. Begin Material Application. k = 0.25. k = 0.87. k = 0.75. k = 0.50. k = 1.0. Scan Crop. REAL-TIME Calibration of Active Crop Sensor SYSTEM for Making In-Season N Applications K.H. Holland and J.S. Schepers Holland Scientific and USDA- ARS , Lincoln, NE .

89 views • 1 slides

1. Introduction

Boundary of Suphanbri (Blue vector). Irrigated Zone (Green vector). Masking Forest, Water body and Urban areas out of the images. Define Irrigated and Non-irrigated rice field, etc.,. LS. Transferring. Referencing. Time series: SPOT VI (LMF Processed). Ground truth Data.

119 views • 1 slides