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Food & Fiber Production and Marketing
This Pillar addresses the production, protection, and marketing of plant and animal products. College of ACES faculty and staff foster technological innovation to enhance competitiveness and security of New Mexico agriculture, and increase value-added in the state.
Displaying 17 impacts with tag Food & Fiber Production and Marketing.
This study underscores the importance of making online shopping and delivery services affordable by lowering delivery fees (particularly during a crisis like COVID-19) and accessible by expanding free broadband access. Further, the findings highlight the need for targeted policies and programs for low-income, younger, minority, and households with female primary shoppers to reduce food insecurity, particularly during times of crisis.
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Ranchers in the Southwestern US must oversee extensive areas of rangeland driving in many cases across very difficult rugged terrain and covering long distances to monitor herds, assess forage conditions, and inspect water infrastructure. This logistical constraint may limit their ability to observe animals, evaluate water sources, and assess forages frequently, hindering their capacity to respond promptly to various climate, forage, and animal stressors.
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Onion stakeholders in the U.S. have identified Fusarium basal rot (FBR) as a serious disease threat to onion yield and economic sustainability. The onion industry in the US is valued at farm gate annually at $900-1,000 million. Currently, the disease reduces onion yields at harvest and during storage. Chemical and cultural control methods are ineffective as a long-term solution to controlling this disease. Host plant resistance holds the potential to control this disease and eliminate its detrimental effects on onion production. Currently, onion cultivars are limited in their resistance to this disease.
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This work demonstrates that if animals are to be transported to a facility for artificial insemination, it should be done prior to the day of the procedure. Although costs will be incurred to house the animals overnight, the improvement in conception will more than likely cover the associated cost.
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The decrease in annual and crop growing season precipitation and the increase in temperatures might be translated into the increase in crop evapotranspiration demand versus reducing available water resources. Long-term average annual precipitation in the Four Corners regions is about 8” while crop water use is about 32” corn and 44” for alfalfa, 26” for potato. Small crop producers in the region are 100% relying on the streamflow of the San Juan, Animas, and LaPlata rivers and the commercial growers such as the Navajo Agricultural Products Industry and contractors use water diversion from the Navajo Lake with other functions. Limited available water resources under a decreasing trend of precipitation under changing climate, there is a call for more efficient and precise use of water in irrigated agriculture in the Four corners region.
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Weeds within vineyards may harbor insect pests, compete with grape vines for water and nutrients, and interfere with grape harvest. Traditional methods of weed control include plastic mulch and herbicides to prevent weed growth. While effective, plastic mulch is expensive and requires disposal after a few years, and herbicide has potential negative environmental impacts and its use is undesirable to wine consumers.
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If not controlled, mid-to-late season weeds in chile pepper result in $34 million in lost profits for New Mexico growers. To help growers avoid these losses, the NMSU Weed Science Lab is developing optimal practices for using crop rotations and herbicides to prevent and control mid-to-late season weeds in chile pepper.
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