Matches in SemOpenAlex for { <https://semopenalex.org/work/W2079307152> ?p ?o ?g. }
- W2079307152 endingPage "1354" @default.
- W2079307152 startingPage "1321" @default.
- W2079307152 abstract "Cropping systems grown over sandy coarse soils are susceptible to nutrient leaching due to local thunderstorms and irrigation. Additionally, erosion can contribute to removal of nutrients, soil organic matter, and fine particles. Balancing nutrients for these systems while protecting water and soil quality requires best management practices (BMPs). Crop rotations with deeper rooted small grains and winter cover crops reduced potential losses of fine particles, soil organic matter, nitrogen, and other nutrients due to wind erosion and protected soil and water quality. The cropping system N status can be monitored by assessing chlorophyll, sap NO3 −-N concentrations and N indexes of the canopy. The Nitrogen Leaching Economic Analysis Package (NLEAP) model simulated residual soil NO3 −-N and soil water and showed that there is potential to use precision farming to improve NUE. Simulations of the system showed that BMPs increased NUE and that NO3 −-N can potentially be removed from the shallow underground water table protecting water quality. These results show that with the application of models, and tools to monitor the N status of the aboveground canopy, such as chlorophyl readings, sap NO3 −-N concentrations, N indices, and other new technologies such as precision farming and remote sensing, nutrient use efficiency in the new millennium will be significantly increased, environmental quality will be conserved, and product quality will be improved at the farm level for the benefit of producers, processors and consumers." @default.
- W2079307152 created "2016-06-24" @default.
- W2079307152 creator A5011401609 @default.
- W2079307152 creator A5013306689 @default.
- W2079307152 creator A5015477216 @default.
- W2079307152 creator A5027259219 @default.
- W2079307152 creator A5047693352 @default.
- W2079307152 creator A5053418536 @default.
- W2079307152 creator A5065285773 @default.
- W2079307152 creator A5068973828 @default.
- W2079307152 creator A5069994394 @default.
- W2079307152 creator A5070543650 @default.
- W2079307152 creator A5071352043 @default.
- W2079307152 creator A5076899317 @default.
- W2079307152 creator A5084121323 @default.
- W2079307152 date "2001-04-30" @default.
- W2079307152 modified "2023-09-27" @default.
- W2079307152 title "USE OF INNOVATIVE TOOLS TO INCREASE NITROGEN USE EFFICIENCY AND PROTECT ENVIRONMENTAL QUALITY IN CROP ROTATIONS" @default.
- W2079307152 cites W1966098280 @default.
- W2079307152 cites W1966775511 @default.
- W2079307152 cites W1966816405 @default.
- W2079307152 cites W1969890582 @default.
- W2079307152 cites W1973747130 @default.
- W2079307152 cites W1975424658 @default.
- W2079307152 cites W1978082437 @default.
- W2079307152 cites W1984386666 @default.
- W2079307152 cites W1990256421 @default.
- W2079307152 cites W1992341513 @default.
- W2079307152 cites W1993763612 @default.
- W2079307152 cites W1995846369 @default.
- W2079307152 cites W1995899100 @default.
- W2079307152 cites W2000640226 @default.
- W2079307152 cites W2001102660 @default.
- W2079307152 cites W2003956713 @default.
- W2079307152 cites W2005906701 @default.
- W2079307152 cites W2006767454 @default.
- W2079307152 cites W2007702651 @default.
- W2079307152 cites W2020476689 @default.
- W2079307152 cites W2022245558 @default.
- W2079307152 cites W2024070406 @default.
- W2079307152 cites W2026050596 @default.
- W2079307152 cites W2026299395 @default.
- W2079307152 cites W2026556524 @default.
- W2079307152 cites W2026671307 @default.
- W2079307152 cites W2028428309 @default.
- W2079307152 cites W2028443048 @default.
- W2079307152 cites W2029016169 @default.
- W2079307152 cites W2033901525 @default.
- W2079307152 cites W2040021928 @default.
- W2079307152 cites W2044023561 @default.
- W2079307152 cites W2045175996 @default.
- W2079307152 cites W2045531616 @default.
- W2079307152 cites W2046523264 @default.
- W2079307152 cites W2047672696 @default.
- W2079307152 cites W2049200989 @default.
- W2079307152 cites W2049341045 @default.
- W2079307152 cites W2050791221 @default.
- W2079307152 cites W2051208857 @default.
- W2079307152 cites W2053420903 @default.
- W2079307152 cites W2054585477 @default.
- W2079307152 cites W2054969383 @default.
- W2079307152 cites W2056089542 @default.
- W2079307152 cites W2056193610 @default.
- W2079307152 cites W2059525835 @default.
- W2079307152 cites W2059891717 @default.
- W2079307152 cites W2060362231 @default.
- W2079307152 cites W2060481478 @default.
- W2079307152 cites W2060826575 @default.
- W2079307152 cites W2062798143 @default.
- W2079307152 cites W2063167925 @default.
- W2079307152 cites W2063623478 @default.
- W2079307152 cites W2065486862 @default.
- W2079307152 cites W2066841297 @default.
- W2079307152 cites W2069222203 @default.
- W2079307152 cites W2071053918 @default.
- W2079307152 cites W2079172131 @default.
- W2079307152 cites W2079511240 @default.
- W2079307152 cites W2079916315 @default.
- W2079307152 cites W2083052928 @default.
- W2079307152 cites W2084766696 @default.
- W2079307152 cites W2087565123 @default.
- W2079307152 cites W2088766306 @default.
- W2079307152 cites W2089789730 @default.
- W2079307152 cites W2093259328 @default.
- W2079307152 cites W2104111013 @default.
- W2079307152 cites W2110488607 @default.
- W2079307152 cites W2116366628 @default.
- W2079307152 cites W2148078257 @default.
- W2079307152 cites W2148764838 @default.
- W2079307152 cites W2159828625 @default.
- W2079307152 cites W2167782512 @default.
- W2079307152 cites W2327818592 @default.
- W2079307152 cites W4229764613 @default.
- W2079307152 cites W4246026596 @default.
- W2079307152 cites W4254018415 @default.
- W2079307152 doi "https://doi.org/10.1081/css-100104115" @default.
- W2079307152 hasPublicationYear "2001" @default.
- W2079307152 type Work @default.