1 edition of Consumptive use and net irrigation requirements for Oregon found in the catalog.
Consumptive use and net irrigation requirements for Oregon
by Agricultural Experiment Station, Oregon State University in Corvallis [Or.]
Written in English
|Statement||[Darrell G. Watts ... et al.].|
|Series||Circular of information / Agricultural Experiment Station, Oregon State University -- 628., Circular of information (Oregon State University. Agricultural Experiment Station) -- 628.|
|Contributions||Watts, Darrell G., Oregon State University. Agricultural Experiment Station.|
|The Physical Object|
|Pagination||40 p. :|
|Number of Pages||40|
The results showed that the highest yield and the highest water use efficiency (WUE) was obtained under irrigation application using and . (9 marks) c) Determine the seasonal consumptive use and net irrigation water requirements for a crop from the following data: (Source AE , Irrigation and drainage Q1) Month Pan evaporation (cm) Consumptive use coefficient Effective precipitation (cm) November 20 December 22 January 24 February 26 Q3 a.
speed up the use of drip irrigation systems. From Israel the drip irrigation concept spread to Australia, North America and South Africa by the late s and eventually throughout the world. The large scale use of drip irrigation system started in s in Australia, Israel, Mexico, New Zealand, South Africa and USA to irrigate. Surface irrigation, efficiency, adequacy, uniformity, water balance concept, water front advance. Consumptive use and water requirements, net and gross depth, continuous and intermitted discharge, Irrigation scheduling, water duty. UIrrigation Canals: U Classification, general layout, numbering, canal design.
The purpose of the study was to estimate monthly consumptive use, and net and total a gross irrigation requirements. The net irrigation requirement was based on the monthly consumptive use minus the monthly effective rainfall as determined by the soil conservation method (USDA-SCS, ). Our model predicts an increase in urban water use (summer outdoor) of 36, acre-feet for the six largest metropolitan areas in the basin. Due to the land-use changes accompanying growth, displacement of irrigated farmland offsets forty percent of this increase. The net increase is estimated to be 21, acre-feet.
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Provides consumptive use and net irrigation requirements for economically important crops in 27 climatic regions in Oregon. Computations are based on the modified Blaney-Criddle calculation method and climatic database information. Contains tables of: 1) The typical growing seasons of selected Oregon crops by region and 2) Crop water (ETcrop) and net irrigation requirements.
Computed Average Consumptive Use and Net Irrigation Requirements Table 4 lists the average monthly and seasonal con- In sumptive use and net theirrigation requirement for the principal crops grown in Oregon. The data are tabu- Technical lated according to the areas given in Table 1.
Crops listed in Table 4 are, in general, inthose given in Oregon. Oregon State University. Extension Service; Cuenca, Richard H., Abstract: Provides consumptive use and net irrigation requirements for economically important crops in 27 climatic regions in Oregon.
Computations are based on the modified Blaney-Criddle calculation method and climatic database by: 7. CONSUMPTIVE use and net irrigation requirements for nearly all of the important crops in the irrigated areas in Oregon are presented in this bulletin.
It is hoped that this information will be helpful as a guide to more efficient use of irrigation water. The difference between the net irrigation requirement and the actual.
Abstract. Published March Facts and recommendations in this publication may no longer be valid. Please look for up-to-date information in the OSU Extension. Contains tables of: 1) The typical growing seasons of selected Oregon crops by region and 2) Crop water (ETcrop) and net irrigation requirements on a monthly basis by region.
Includes examples of the application of ETcrop and net irrigation requirements tables to irrigation system design and irrigation scheduling, ETcrop contour maps, unit.
cies, on-farm irrigation requirements, and project irrigation requirements. This chapter provides the processes for determining irrigation water re-quirements for state and local irrigation guides.
Chapter 2 of Part is a new chapter to the family of chapters currently in NEH Sect Irrigation. It is written for employees of the Soil.
The Irrigation Guide includes current information and technical data on irrigation systems and hardware, automation, new techniques, soils, climate, water supplies, crops, tillage practices, and farming condi-tions. Included are irrigation related technical data for soils and irrigation water requirements for crops.
Net Irrigation Requirements Normal Year Net Irrigation Requirements Alfalfa Hay Apple, clean cultivated Apples, with cover Asparagus Azalea/shrubs Barley Beans, snap Beets Blueberries Broccoli Cabbage Carrots you should consult OWRD to confirm Oregon water law allows the proposed use of water.
Groundwater use registration. New wells constructed in Oregon that do not require a water right are subject to a one-time recording fee. This is separate from fees paid to the licensed water well constructor (driller).
Landowners are also. Consumptive-use estimates may or may not account for associated system efficiency losses (e.g., evaporation, deep percolation, and runoff) and salt-leaching requirements for a given crop, location, and irrigation system.
Which estimate to use and how to use it are important in clarifying discussions of water use and policy. Oregon Crop Water Use and Irrigation Requirements: Provides consumptive use and net irrigation requirements for economically important crops in 27 climatic regions in Oregon.
Computations are based on the modified Blaney-Criddle. Scholars Archive is a service of Oregon State University Libraries & Press The Valley Library Corvallis, OR Contact Us Services for Persons with Disabilities.
Moisture content in the root zone at the time of irrigation. Net depth of water to be applied to bring the moisture content to field capacity.
Gross irrigation requirement at an estimated field irrigation efficiency of 70 % Solution: a. Soil moisture content at different depths cm: = % = x = 10 cm/ m depth. All irrigation withdrawals are considered freshwater. Some water used for irrigation is reclaimed wastewater from nearby treatment facilities or industries.
Nationwide estimates of consumptive use of water withdrawn for irrigation were estimated for for the first time since balances, following precipitation, and is the primary determinant of irrigation water requirements for agricultural crops.
The quantification of historical ET and consumptive use for specific crops and regions is required for design of irrigation systems, for basin water balance estimates, for estimating streamflow.
Read chapter 4 Natural Resource Use: Biofuels made from algae are gaining attention as a domestic source of renewable fuel. However, with current technolo. Provides consumptive use and net irrigation requirements for economically important crops in 27 climatic regions in Oregon.
Computations are based on the modified Blaney-Criddle calculation method and climatic database information. a) Acreages of irrigated agricultural land use by county, b) Distributions of crop types by county, and c) Crop and irrigation water demands (i.e., consumptive demands and net irrigation water requirements), by crop and by demand scenario.
This appendix describes the method used to compute county-wide crop-consumptive demand estimates. irrigation requirements. The net irrigation requirement was based on the monthly consumptive use minus the monthly effective rainfall as determined by the Soil Conservation method (SCS, ).
The gross irrigation requirement was calculated by dividing the monthly consumptive use by the irrigation efficiency (80% for drip, 60% for sprinkler and.
Jensen, M. E., ed. (). “Consumptive use of water and irrigation water requirements.” Technical Committee on Irrigation Water Requirements of the Irrigation and Drainage Division, ASCE, New York.Irrigation water demand is then estimated based on Net Irrigation Water Requirements, which are then adjusted to reflect the effects of climate change.
In the case of urban water demand forecasting, MWH relied on existing Water Management and Conservation Plans (WMCP) developed by various city governments, and these were then adjusted in. Books Name: Irrigation Engineering and Hydraulic Structures Author/Writer: Santosh Kumar Garg (S K Garg) Publisher: Khanna Publishers ISBN: Edition: 19th Irrigation Engineering and Hydraulic Structures by Garg is a very popular and fabolous book in the arena of irrigation engineering and water resources engineering.
This book covers about .