FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W148959243> ?p ?o ?g. }

• W148959243 endingPage "115" @default.
• W148959243 startingPage "47" @default.
• W148959243 abstract "The threat of climate change is a great challenge to sustainable land management (USDA-NRCS, 2010a). Several publications have reported that over the last few decades, rainfall intensities have increased in many parts of the world, including in the United States. Without good, productive soils and the ecosystem services provided by them, the survival of our species will be in jeopardy. The future changes in climate that will drive erosion processes will significantly impact soil erosion rates, with higher projected erosion rates for the United States. These higher erosion rates will significantly contribute to lower soil productivity, lower soil organic matter content, lower soil quality, and higher rates of nutrient loss that will contribute to a reduction in the inherent soil fertility that is so important for maintaining viable economic systems and sustainability. These same hydrological changes will also include the occurrence of occasional droughts, and for some regions, such as the southwestern United States, projections suggest that there will be a decrease in precipitation and a drier region, which will have negative effects on plant productivity and increase the potential for wind erosion. Farmer management adaptations and use of conservation practices to adapt to a changing climate (e.g., no-till practices, crop rotations, precision conservation, crop selection and dates of planting, harvest, and tillage) have the potential to greatly reduce soil erosion rates. Conservation practices will be key and must be used as strategies for adaptation to climate change impacts on the soil resource. Examples of key strategies are the use of conservation tillage, management of crop rotations and crop residue (including use of cover crops where viable), management of livestock grazing intensities, improved management of irrigation systems, use of technologies, and precision conservation. Many other conservation practices also have the potential to reduce much or all of the potential acceleration of soil erosion rates that may occur under a change in climate that will bring more total rainfall with higher intensity rainfall events, or a change to a drier climate that will potentially bring higher wind erosion rates. One important adaptation practice will be to consider projected spatial changes in the hydrological cycle, such as wetter and drier regions, and periods of drought. This could help in the development and/or implementation of soil and water conservation policies that consider temporal and spatial effects from climate change at the regional level. These policies should also consider conservation practices that contribute to increased water-holding capacity in the soil profile, improved drainage practices, and the development of new crop varieties and cropping systems that are more resistant to drought." @default.
• W148959243 created "2016-06-24" @default.
• W148959243 creator A5027259219 @default.
• W148959243 creator A5027515270 @default.
• W148959243 creator A5064825059 @default.
• W148959243 date "2013-01-01" @default.
• W148959243 modified "2023-10-13" @default.
• W148959243 title "Conservation Practices for Climate Change Adaptation" @default.
• W148959243 cites W119378269 @default.
• W148959243 cites W127607719 @default.
• W148959243 cites W136628441 @default.
• W148959243 cites W1496450599 @default.
• W148959243 cites W152761017 @default.
• W148959243 cites W1542037458 @default.
• W148959243 cites W1546971325 @default.
• W148959243 cites W1569496258 @default.
• W148959243 cites W1571447222 @default.
• W148959243 cites W166103187 @default.
• W148959243 cites W1966583648 @default.
• W148959243 cites W1969248251 @default.
• W148959243 cites W1970256697 @default.
• W148959243 cites W1971045849 @default.
• W148959243 cites W1971819845 @default.
• W148959243 cites W1973003103 @default.
• W148959243 cites W1974304720 @default.
• W148959243 cites W1975206156 @default.
• W148959243 cites W1975291409 @default.
• W148959243 cites W1981231752 @default.
• W148959243 cites W1981995341 @default.
• W148959243 cites W1983075767 @default.
• W148959243 cites W1983294008 @default.
• W148959243 cites W1985941113 @default.
• W148959243 cites W1989678268 @default.
• W148959243 cites W1992046370 @default.
• W148959243 cites W1992365886 @default.
• W148959243 cites W1993763612 @default.
• W148959243 cites W1995236139 @default.
• W148959243 cites W1995749451 @default.
• W148959243 cites W1995766444 @default.
• W148959243 cites W1995899100 @default.
• W148959243 cites W1996202156 @default.
• W148959243 cites W1996791665 @default.
• W148959243 cites W1997367279 @default.
• W148959243 cites W1997780483 @default.
• W148959243 cites W1998360908 @default.
• W148959243 cites W1998804689 @default.
• W148959243 cites W2000154664 @default.
• W148959243 cites W2000291905 @default.
• W148959243 cites W2000573204 @default.
• W148959243 cites W2000985285 @default.
• W148959243 cites W2001283076 @default.
• W148959243 cites W2005685209 @default.
• W148959243 cites W2008681133 @default.
• W148959243 cites W2009205061 @default.
• W148959243 cites W2010591076 @default.
• W148959243 cites W2010780553 @default.
• W148959243 cites W2011578237 @default.
• W148959243 cites W2014623700 @default.
• W148959243 cites W2015781774 @default.
• W148959243 cites W2016006311 @default.
• W148959243 cites W2019009530 @default.
• W148959243 cites W2021153254 @default.
• W148959243 cites W2023756488 @default.
• W148959243 cites W2024018811 @default.
• W148959243 cites W2024114024 @default.
• W148959243 cites W2027031182 @default.
• W148959243 cites W2028548314 @default.
• W148959243 cites W2030102123 @default.
• W148959243 cites W2030272236 @default.
• W148959243 cites W2031733283 @default.
• W148959243 cites W2033947751 @default.
• W148959243 cites W2034109110 @default.
• W148959243 cites W2036485554 @default.
• W148959243 cites W2037365289 @default.
• W148959243 cites W2037645342 @default.
• W148959243 cites W2037908480 @default.
• W148959243 cites W2038917393 @default.
• W148959243 cites W2046199570 @default.
• W148959243 cites W2050900592 @default.
• W148959243 cites W2051397471 @default.
• W148959243 cites W2051458650 @default.
• W148959243 cites W2051482492 @default.
• W148959243 cites W2052627727 @default.
• W148959243 cites W2056468788 @default.
• W148959243 cites W2058011081 @default.
• W148959243 cites W2059374361 @default.
• W148959243 cites W2062232103 @default.
• W148959243 cites W2064091118 @default.
• W148959243 cites W2064539744 @default.
• W148959243 cites W2067019078 @default.
• W148959243 cites W2072682706 @default.
• W148959243 cites W2075862571 @default.
• W148959243 cites W2078353730 @default.
• W148959243 cites W2080889873 @default.
• W148959243 cites W2082018210 @default.
• W148959243 cites W2083070320 @default.
• W148959243 cites W2083462381 @default.
• W148959243 cites W2086017424 @default.

• next