At this time’s agriculture trade makes use of robots, temperature and moisture sensors, aerial photographs and GPS know-how to be extra worthwhile, environment friendly, safer and environmentally pleasant.
To assist farmers discover ways to profit from these new applied sciences, the Clemson College Faculty of Agriculture, Forestry and Life Sciences has established CU-CAT – the Clemson College Middle for Agricultural Know-how. CU-CAT is a middle for collaboration targeted on analysis, schooling and outreach. Info supplied by the Middle will come from researchers of various disciplines who will collaborate to offer research-based info for farmers.
Kendall Kirk, CU-CAT director, graduated from Clemson with bachelor’s, grasp’s and doctoral levels in biosystems engineering. He’s a precision agriculture engineer on the Edisto Analysis and Training Middle (REC) in Blackville, South Carolina. His work focuses on growing applied sciences and software program which might be helpful, worthwhile and cost-effective for growers.
“This Middle could have a optimistic impression on farmers by the creation and deployment of recent options and elevated accessibility to present sources and proposals,” Kirk stated.
CU-CAT is headquartered at Edisto REC in Blackville, South Carolina, however will work with college students and researchers on campus and at every of the Clemson RECS throughout the state.
Along with Kirk, different researchers in several areas of experience could have a chance to offer scientific, research-based info for the Clemson College Middle for Agricultural Know-how.
For extra info, go to www.clemson.edu/cafls/cu-cat/.
Know-how is changing into increasingly essential in agriculture. Farmers not want to use water, fertilizers and pesticides uniformly throughout complete fields. As an alternative, they will use the minimal portions required and goal very particular areas, and even deal with particular person crops otherwise. Advantages embody greater crop productiveness; decreased use of water, fertilizer and pesticides, which in flip retains meals costs down; low-impact on pure ecosystems; much less chemical runoff into rivers and groundwater and elevated employee security.
As well as, robotic applied sciences allow extra dependable monitoring and administration of pure sources, equivalent to air and water high quality. This additionally offers producers better management over plant and animal manufacturing, processing, distribution and storage, which ends up in better efficiencies and decrease costs, safer rising situations and safer meals, in addition to decreased environmental and ecological impression.
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