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- W3045778896 abstract "Relay-cropping of the novel oilseeds winter camelina (Camelina sativa L.) and pennycress (Thlaspi arvense L.) with short-season crops such as soybean [Glycine max (L.) Merr.] can provide economic and environmental incentives for adopting winter cover crop practices in the U.S. Upper Midwest. However, their ability to reduce nutrient loss in surface runoff is unknown. Accordingly, surface runoff and quality were evaluated during three seasonal phases (cover, intercrop, and soybean) over 2 yr in four cover crop–soybean treatments (pennycress, winter camelina, forage radish [Raphanus sativus L.], and winter rye [Secale cereale L.]) compared with no-till and chisel-till fallow treatments. Runoff was collected with Gerlach troughs and assessed for concentrations and loads of NO3−–N, total mineral N, soluble reactive P (SRP), and total suspended solids (TSS). Cumulative runoff and nutrient loads were greater during the winter cover phase because of increased snow melt and freeze–thaw released nutrients from living vegetation. In contrast, cumulative TSS was greater during intercrop and soybean phases due to high-intensity rainfall events with an open soybean canopy. Average TSS loads during the intercrop phase were reduced by 75% in pennycress compared with fallow and radish treatments. During the soybean phase, average TSS, total mineral N, and SRP loads were generally elevated in cover crop treatments compared with no-till. Overwintering cover crops may contribute to mobility of nutrients solubilized from living or decomposing vegetation; however, this was balanced by their potential to reduce runoff and TSS during high-intensity spring rains." @default.
- W3045778896 created "2020-08-03" @default.
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- W3045778896 date "2020-12-20" @default.
- W3045778896 modified "2023-09-23" @default.
- W3045778896 title "Surface runoff and nutrient dynamics in cover crop–soybean systems in the Upper Midwest" @default.
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- W3045778896 cites W1975683352 @default.
- W3045778896 cites W1990240995 @default.
- W3045778896 cites W1996912161 @default.
- W3045778896 cites W2000444163 @default.
- W3045778896 cites W2000458730 @default.
- W3045778896 cites W2002051499 @default.
- W3045778896 cites W2005394867 @default.
- W3045778896 cites W2009141234 @default.
- W3045778896 cites W2011085401 @default.
- W3045778896 cites W2017344349 @default.
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- W3045778896 cites W2019455674 @default.
- W3045778896 cites W2033212013 @default.
- W3045778896 cites W2036020862 @default.
- W3045778896 cites W2040087451 @default.
- W3045778896 cites W2044755432 @default.
- W3045778896 cites W2044886774 @default.
- W3045778896 cites W2050154560 @default.
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- W3045778896 cites W2092747174 @default.
- W3045778896 cites W2101582550 @default.
- W3045778896 cites W2105332072 @default.
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- W3045778896 cites W2127170577 @default.
- W3045778896 cites W2137483412 @default.
- W3045778896 cites W2138436021 @default.
- W3045778896 cites W2141386270 @default.
- W3045778896 cites W2146313864 @default.
- W3045778896 cites W2148312906 @default.
- W3045778896 cites W2154285123 @default.
- W3045778896 cites W2157567039 @default.
- W3045778896 cites W2159849903 @default.
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- W3045778896 cites W2562921455 @default.
- W3045778896 cites W2565569597 @default.
- W3045778896 cites W2608216221 @default.
- W3045778896 cites W2610344481 @default.
- W3045778896 cites W2612936779 @default.
- W3045778896 cites W2786185908 @default.
- W3045778896 cites W2791970982 @default.
- W3045778896 cites W2801778677 @default.
- W3045778896 cites W2899806436 @default.
- W3045778896 cites W2914353534 @default.
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- W3045778896 cites W3009251631 @default.
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- W3045778896 doi "https://doi.org/10.1002/jeq2.20135" @default.
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- W3045778896 hasPublicationYear "2020" @default.
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