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61.
Oedekoven Cornelia S. Marques Tiago A. Harris Danielle Thomas Len Thode Aaron M. Blackwell Susanna B. Conrad Alexander S. Kim Katherine H. 《Environmental and Ecological Statistics》2022,29(1):101-125
Environmental and Ecological Statistics - Various methods for estimating animal density from visual data, including distance sampling (DS) and spatially explicit capture-recapture (SECR), have... 相似文献
62.
Since intensive farming practices are essential to produce enough food for the increasing population, farmers have been using
more inorganic fertilizers, pesticides, and herbicides. Agricultural lands are currently one of the major sources of non-point
source pollution. However, by changing farming practices in terms of tillage and crop rotation, the levels of contamination
can be reduced and the quality of soil and water resources can be improved. Thus, there is a need to investigate the amalgamated
hydrologic effects when various tillage and crop rotation practices are operated in tandem. In this study, the Soil Water
Assessment Tool (SWAT) was utilized to evaluate the individual and combined impacts of various farming practices on flow,
sediment, ammonia, and total phosphorus loads in the Little Miami River basin. The model was calibrated and validated using
the 1990–1994 and 1980–1984 data sets, respectively. The simulated results revealed that the SWAT model provided a good simulation
performance. For those tested farming scenarios, no-tillage (NT) offered more environmental benefits than moldboard plowing
(MP). Flow, sediment, ammonia, and total phosphorus under NT were lower than those under MP. In terms of crop rotation, continuous
soybean and corn–soybean rotation were able to reduce sediment, ammonia, and total phosphorus loads. When the combined effects
of tillage and crop rotation were examined, it was found that NT with continuous soybean or corn–soybean rotation could greatly
restrain the loss of sediments and nutrients to receiving waters. Since corn–soybean rotation provides higher economic revenue,
a combination of NT and corn–soybean rotation can be a viable system for successful farming. 相似文献
63.
Alegbeleye Oluwadara Daramola Oluwafemi Bamidele Adetunji Adewole Tomiwa Ore Odunayo T. Ayantunji Yemisi Juliet Omole Richard Kolade Ajagbe Damilare Adekoya Susanna Oluwaseyi 《Environmental science and pollution research international》2022,29(38):56948-57020
Environmental Science and Pollution Research - This review discusses the fundamental principles and mechanism of antibiotic removal from water of some commonly applied treatment techniques... 相似文献
64.
Alegbeleye Oluwadara Daramola Oluwafemi Bamidele Adetunji Adewole Tomiwa Ore Odunayo T. Ayantunji Yemisi Juliet Omole Richard Kolade Ajagbe Damilare Adekoya Susanna Oluwaseyi 《Environmental science and pollution research international》2022,29(38):57021-57021
Environmental Science and Pollution Research - 相似文献