- (Condition Change) Increased ecological sustainability of agriculture, landscapes, and forestry
- Author: Kris E. Tollerup
Because of UC ANR's IPM research on spider mites and almonds, 80,000 acres were not treated with miticide, saving $2.2 million and reducing CO2 greenhouse gas emissions by 880,000 pounds.
The almond industry in California produces approximately 80% of the world's almond supply and currently consists of approximately 1.2 million bearing and non-bearing acres. In an effort to reduce the risk of economic loss from spider mite damage, producers have adopted the strategy of applying a preventative miticide during the month of May – a period when mite populations typically are well below the.../h3>/h3>
As a result of UC ANR's Almond Pest Management Alliance Project, use of mating disruption as an ecologically sustainable pest management practice tripled over two years by growers and pest control advisers who influence over 400,000 acres of almonds in the San Joaquin Valley.
Navel orangeworm is the single most important pest of more than 1.3 million acres of almonds in California. It feeds exclusively on almond kernels, rendering them unmarketable. Larvae are also associated with Aspergillus sp. fungi which can produce aflatoxin contamination of.../h3>/h3>
- Author: Surendra K. Dara
UC Cooperative Extension Advisor Surendra Dara organized a conference on biologicals that drew growers from California, other states, and outside the U.S. 95.7% of those surveyed plan to use information learned on nearly 70,000 acres which they farm, manage, and influence.
The term biologicals in agriculture refers to biocontrol agents such as parasitic wasps and predatory arthropods, microbial and botanical pesticides, biostimulants and other bio-based inputs used for pest management or improving crop health and productivity. The potential of.../h3>/h3>