Digital Commons Network^™

Mosaic Agriculture: A Guide To Irrigated Crop And Forage Production In Northern Wa, Geoff A. Moore Mr, Clinton K. Revell Dr, Christopher Schelfhout Dr, Christopher Ham Mr, Samuel Crouch Mr

Bulletins 4000 -

The Bulletin is a comprehensive guide for pastoralists, agronomists, agribusiness and the broader community on the growing of irrigated crops and pastures within a rangeland pastoral setting.

Dispersed irrigation developments on stations throughout the northern rangelands (sometimes referred to as mosaic agriculture) has created opportunities for the introduction of more productive forage species and pastoralists can now grow high quality forage for 12 months of the year. This can help to overcome the key constraint of traditional pastoral systems, the low quality of the feed over the dry season that typically results in stock losing condition.

1912 - Report Of The Conservation Commission Of The State Of California

Miscellaneous Documents and Reports

The report prepared by the Conservation Commission of the State of California investigated and gathered data and information concerning forestry, water, the use of water, water power, electricity, electrical or other power, mines and mining, mineral and other lands, dredging, reclamation and irrigation, providing such information for the purpose of revising, systematizing and reforming the state laws pertaining to these subjects.

Navigating A Pathway Toward Colorado's Water Future: A Review And Recommendations On Colorado's Draft Water Plan, Lawrence J. Macdonnell, Colorado Water Working Group

Books, Reports, and Studies

40 pages (includes color illustrations).

Tb205: Cost Of Supplemental Irrigation For Potato Production In Maine, David Silver, Ermias Afeworki, George K. Criner

Technical Bulletins

This report presents estimated irrigation costs for potato production in Maine. The variability of the weather in Maine (particularly precipitation) has a large influence on crop yields and overall farm profitability. The use of supplemental irrigation on high-value agricultural crops can improve the economic situation of farmers who use this equipment efficiently. Costs considered in this report include capital costs (equipment, interest, water development (pond construction, permitting, engineering), and operating and maintenance costs (labor, power, repair).

Tb183: Investment, Ownership And Operating Costs Of Supplemental Irrigation Systems For Maine Wild Blueberries, Timothy J. Dalton, Andrew Files, David Yarborough

Technical Bulletins

This study investigates the investment and annual cost of supplemental irrigation equipment used on lowbush blueberries and calculates breakeven yields required to pay for annual costs and the earliest possible payoff period to recover investment costs. Using an economic-engineering approach to simulating investment and operating costs, this project assesses breakeven requirements on irrigation investment. The report reviews several of the technical factors contributing to the irrigation decision, calculate economic costs and are breakeven measures, but only introduce some of the financial factors for a grower to consider.

Irrigation Of Olives In Western Australia, Neil Lantzke, Dick Taylor

Bulletins 4000 -

Olives can be grown without irrigation in the south-west of Western Australia. However, to obtain maximum yield irrigation is required. The yields obtained from unirrigated crops may be half those of irrigated crops, with the actual yield decrease being dependent on the rainfall and length of growing season.

This Bulletin outlines how to calculate the irrigation requirements of olives. Considerable debate occurs as to the water requirements of olives in Western Australia.

There have been no irrigation trials on olives in this State and the crop factors outlined come from overseas experience.

B832: The Profitability Of Supplemental Irrigation For Maine Potatoes, Michele C. Marra, Timothy A. Woods

Bulletins

The question has arisen among Maine potato growers and other industry personnel whether irrigation technologies can be transferred successfully into humid growing areas such as in Maine and whether they can benefit the Maine potato industry. This report presents the findings of a stud y that attempts to answer the question of whether adoption of two of these newer technologies might be profitable for an individual grower in Maine.