Articles Tagged with ''University of illinois''

Getting The Most Out Of Nitrogen

No-tillers can improve their utilization of ‘N’ by measuring variability in their fields and taking advantage of biotech corn.
There's more pressure than ever today for no-tillers to increase corn yields, and the challenge of high fertilizer prices and environmental regulations aren't going away either.
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Could Energy Crops Be In Your Rotation’s Future?

Switchgrass, miscanthus, camelina and other crops could provide new markets and opportunities for enterprising no-tillers.
Corn and soybeans have been the main crop sources for producing energy fuels, such as ethanol, biodiesel and biomass. But in the quest for the most efficient energy feedstocks, perennial grasses like switchgrass and miscanthus, oilseeds like camelina, and short-rotation woody crops such as hybrid poplars are beginning to emerge as viable energy crops for U.S. farmers.
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Corn Rootworm-Resistant Hybrids Need More Nutrients

The larger root mass in hybrids with corn-rootworm resistance function longer and remove more water and nutrients than non-corn-rootworm counterparts.
No-tillers need to pay attention to the extra phosphorus, zinc and other nutrients that corn rootworm-resistant (CRW) hybrids use compared to biotech hybrids without the CRW trait, says Fred Below, University of Illinois plant physiologist.
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