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Integration of Sorghum as a Biofuel Species into Cropping Systems for the Southeastern U.S. (PPT)

机译:高粱作为生物燃料种类的整合为美国东南部的种植系统。(PPT)

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1. Blue Lupine, Gahaba Vetch and Austrian Pea perform "best" in this cropping system, while Faba Bean and Crimson Clover offered minimal benefit to the system. 2. Highest yields produced by Blue Lupine and Sorghum grown after Blue Lupine and Cahaba Vetch, which also reduces nematodes. 3. A roiled winter legume crop has greater carry-over benefit to both Cotton and Sorghum yields, weed control and soil quality. Soil Science: 4. Over repeated cropping cycles some winter legumes appear to have an increasing benefit to soil quality and subsequent summer crop yields 5. Blue Lupine returned more nitrogen to the soil, and along with Cahaba Vetch and Austrian imparted more nitrogen to the Sorghum Crop Entomology: 6. A refugia of "Banker Plants" particularly Blue Lupine and Cahaba Vetch is really only helpful in the Cotton Crop, not in Sorghum.
机译:1.蓝色羽扇豆,Gahaba Vetch和奥地利豌豆在这个种植系统中执行“最佳”,而Faba Bean和Crimson Clover则为系统提供最小的利益。 2.蓝羽磺丁和高粱生长在蓝羽羽和Cahaba Vetch后产生的最高产量,这也减少了线虫。冬季冬季豆类作物对棉花和高粱产量,杂草控制和土壤质量有更大的随身携带益处。土壤科学:4。在重复的种植周期上,一些冬季豆类似乎对土壤质量和随后的夏季作物产量增加了较大的效益。蓝羽云伴有更多的土壤氮,以及Cahaba Vetch和奥地利赋予高粱的氮作物昆虫学:6。“银行家植物”的避难所特别是蓝羽羽和Cahaba Vetch非常有助于棉花作物,而不是高粱。

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