(208) 885-6274
pses@uidaho.edu
[contact us]

CROP & WEED SCIENCES

Nematode Pest Management

Nematodes, soil borne microscopic worms often referred by farming communities as the hidden enemies of the crop cause extensive damage not only to potato and sugar beet yield but the quality characters as well. Yet they often escape attention by growers as well as plant protection workers as their infection do not result in sudden death or appearance of conspicuous above grand symptoms on host plant in the initial stage. Often the appearance of noticeable damage or plant symptoms or noticeable yield loss coincides with a build up of nematode population in the soil to beyond manageable proportion by any means. The most effective nematicides that helped earlier to overcome the nematode problems are now been banned from the word market due to the environmental and health hazards associated with their usage. Hence the following ecofriendly, low cost and sustainable integrated management strategies have been developed at University of Idaho nematode program to combat loss caused by these hidden enemies of growers.

· Development of non-chemical approaches for phytonematode management in the potato with major emphasis on biofumigation, antagonistic & green manure crops.

· Development of economical and eco-friendly integrated nematode management strategies involving trap crops on sugar beet.

· Identification of non-chemical strategies for suppression of phytonematodes in alfalfa ecosystem.

· Characterization of biodiversity of economically important nematodes and their impact on Idaho agriculture and determining the influence of organic farming on nematode communities in the cropping system.

· Breeding of nematode resistant varieties for the suppression of economically important nematodes on alfalfa, bean and sugar beet.

· Ascertain the synergistic interaction of nematodes with fungi and virus and their impact in the development of nematode management strategies.

· Establishing the role of nematode biodiversity in sustainable crop production.

· Surveys to prepare distribution maps for nematodes associated with potato, sugar beet and alfalfa in different agro-climatic zones.

· Training of R&D personnel and extension workers from various organizations, conducting on farm demonstrations of nematode management techniques for the sustainable crop production


For further information contact: Saad L. Hafez