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Articles 1 - 3 of 3
Full-Text Articles in Life Sciences
B832: The Profitability Of Supplemental Irrigation For Maine Potatoes, Michele C. Marra, Timothy A. Woods
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.
Pesticide Use On Crops In Nebraska - 1987, Maurice Baker, Nancy Peterson, Shripat T. Kamble
Pesticide Use On Crops In Nebraska - 1987, Maurice Baker, Nancy Peterson, Shripat T. Kamble
Historical Research Bulletins of the Nebraska Agricultural Experiment Station
This is the third and most comprehensive study of pesticide use on crops in Nebraska. The first was completed in 1978 and the second one in 1982. The first study indicated that approximately 25 million pounds (11.34 million kg) of active ingredients were used on the major crops in Nebraska. This increased to approximately 30.2 million pounds (13.7 million kg) in 1982. The USDA requires accurate information to meet their responsibilities. Thus, this survey was undertaken to determine: 1) the use of pesticides on crops, pasture and rangeland and 2) to identify pest management practices.
Integrated Control Of Soil Insect Pests Of Potatoes, Stewart Learmonth, John Matthiesson
Integrated Control Of Soil Insect Pests Of Potatoes, Stewart Learmonth, John Matthiesson
Journal of the Department of Agriculture, Western Australia, Series 4
One of the more difficult aspects of growing potatoes in Western Australia is controlling soil insect pests. These pests have become more troublesome because the highly effective and persistent organochlorine insecticides previously used to control the main soil pests, African black beetle and whitefringed weevil, were deregistered for agricultural use in 1987. Entomologists from the Department of Agriculture and CSIRO in Western Australia are collaborating to develop new management strategies for these pests that rely less on the use of chemical insecticides