Impact of glyphosate-resistant corn, glyphosate applications and tillage on soil nutrient ratios, exoenzyme activities and nutrient acquisition ratios

Jenkins Michael B.; Locke Martin A.; Reddy Krishna N.; McChesney Daniel S.; Steinriede R. Wade

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Impact of glyphosate-resistant corn, glyphosate applications and tillage on soil nutrient ratios, exoenzyme activities and nutrient acquisition ratios

机译：草甘膦玉米，草甘膦应用和耕作对土壤养分比，外酶活性和营养收养比的影响

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BACKGROUNDWe report results of the last two years of a 7 year field experiment designed to test the null hypothesis: applications of glyphosate on glyphosate-resistant (GR) and non-resistant (non-GR) corn (Zea mays L.) under conventional tillage and no-till would have no effect on soil exoenzymes and microbial activity.

机译：背景报告了一项为期7年的田间试验的最后两年的结果，该试验旨在检验无效假设：在常规耕作和免耕条件下，在抗草甘膦（GR）和不抗草甘膦（非GR）玉米（Zea mays L.）上施用草甘膦不会对土壤外酶和微生物活性产生影响。

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来源
《Pest Management Science》 |2017年第1期|共9页
作者
Jenkins Michael B.; Locke Martin A.; Reddy Krishna N.; McChesney Daniel S.; Steinriede R. Wade;
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作者单位

ARS Natl Sedimentat Lab Water Qual &

Ecol Res Unit USDA Oxford MS 38655 USA;

ARS Natl Sedimentat Lab Water Qual &

Ecol Res Unit USDA Oxford MS 38655 USA;

ARS Crop Prod Syst Res Unit USDA Stoneville MS USA;

ARS Natl Sedimentat Lab Water Qual &

Ecol Res Unit USDA Oxford MS 38655 USA;

ARS Natl Sedimentat Lab Water Qual &

Ecol Res Unit USDA Oxford MS 38655 USA;

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原文格式 PDF
正文语种 eng
中图分类植物保护;
关键词
corn; exoenzymes; glyphosate; rhizosphere; soil; tillage;

机译：玉米;外酶;草甘膦;根际;土壤;耕作;

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11. N:P Ratios and Physiological Indicators of Nutrient Limitation in a Southeastern Reservoir [R] . Tilly, L. J. , Chimney, M. J. , Newman, M. C. 1988

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Impact of glyphosate-resistant corn, glyphosate applications and tillage on soil nutrient ratios, exoenzyme activities and nutrient acquisition ratios

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