FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2519617919> ?p ?o ?g. }

• W2519617919 endingPage "095005" @default.
• W2519617919 startingPage "095005" @default.
• W2519617919 abstract "The Northern Sub-Saharan African (NSSA) region, which accounts for 20%–25% of the global carbon emissions from biomass burning, also suffers from frequent drought episodes and other disruptions to the hydrological cycle whose adverse societal impacts have been widely reported during the last several decades. This paper presents a conceptual framework of the NSSA regional climate system components that may be linked to biomass burning, as well as detailed analyses of a variety of satellite data for 2001–2014 in conjunction with relevant model-assimilated variables. Satellite fire detections in NSSA show that the vast majority (>75%) occurs in the savanna and woody savanna land-cover types. Starting in the 2006–2007 burning season through the end of the analyzed data in 2014, peak burning activity showed a net decrease of 2–7%/yr in different parts of NSSA, especially in the savanna regions. However, fire distribution shows appreciable coincidence with land-cover change. Although there is variable mutual exchange of different land cover types, during 2003–2013, cropland increased at an estimated rate of 0.28%/yr of the total NSSA land area, with most of it (0.18%/yr) coming from savanna. During the last decade, conversion to croplands increased in some areas classified as forests and wetlands, posing a threat to these vital and vulnerable ecosystems. Seasonal peak burning is anti-correlated with annual water-cycle indicators such as precipitation, soil moisture, vegetation greenness, and evapotranspiration, except in humid West Africa (5°–10° latitude), where this anti-correlation occurs exclusively in the dry season and burning virtually stops when monthly mean precipitation reaches 4 mm d−1. These results provide observational evidence of changes in land-cover and hydrological variables that are consistent with feedbacks from biomass burning in NSSA, and encourage more synergistic modeling and observational studies that can elaborate this feedback mechanism." @default.
• W2519617919 created "2016-09-23" @default.
• W2519617919 creator A5001588860 @default.
• W2519617919 creator A5012387700 @default.
• W2519617919 creator A5013420927 @default.
• W2519617919 creator A5022507052 @default.
• W2519617919 creator A5024472369 @default.
• W2519617919 creator A5025648955 @default.
• W2519617919 creator A5030005836 @default.
• W2519617919 creator A5030569650 @default.
• W2519617919 creator A5046850075 @default.
• W2519617919 creator A5047923171 @default.
• W2519617919 creator A5049576392 @default.
• W2519617919 creator A5070815446 @default.
• W2519617919 creator A5076023586 @default.
• W2519617919 creator A5084491533 @default.
• W2519617919 date "2016-09-01" @default.
• W2519617919 modified "2023-09-30" @default.
• W2519617919 title "Biomass burning, land-cover change, and the hydrological cycle in Northern sub-Saharan Africa" @default.
• W2519617919 cites W1586510012 @default.
• W2519617919 cites W1588622902 @default.
• W2519617919 cites W1652361745 @default.
• W2519617919 cites W1784281591 @default.
• W2519617919 cites W1981145914 @default.
• W2519617919 cites W1981213426 @default.
• W2519617919 cites W1981899255 @default.
• W2519617919 cites W1985865995 @default.
• W2519617919 cites W1987410440 @default.
• W2519617919 cites W1993859861 @default.
• W2519617919 cites W1995622703 @default.
• W2519617919 cites W1997377825 @default.
• W2519617919 cites W1998762103 @default.
• W2519617919 cites W1999693513 @default.
• W2519617919 cites W2010070136 @default.
• W2519617919 cites W2010220355 @default.
• W2519617919 cites W2012237032 @default.
• W2519617919 cites W2012968254 @default.
• W2519617919 cites W2015074697 @default.
• W2519617919 cites W2016482261 @default.
• W2519617919 cites W2017798301 @default.
• W2519617919 cites W2034137191 @default.
• W2519617919 cites W2042692910 @default.
• W2519617919 cites W2050766636 @default.
• W2519617919 cites W2058719230 @default.
• W2519617919 cites W2059747867 @default.
• W2519617919 cites W2069460427 @default.
• W2519617919 cites W2073904902 @default.
• W2519617919 cites W2075599719 @default.
• W2519617919 cites W2080082513 @default.
• W2519617919 cites W2080255430 @default.
• W2519617919 cites W2081057807 @default.
• W2519617919 cites W2083699099 @default.
• W2519617919 cites W2090830020 @default.
• W2519617919 cites W2095948312 @default.
• W2519617919 cites W2099450674 @default.
• W2519617919 cites W2101232365 @default.
• W2519617919 cites W2108021056 @default.
• W2519617919 cites W2108603985 @default.
• W2519617919 cites W2110342184 @default.
• W2519617919 cites W2110446585 @default.
• W2519617919 cites W2111541133 @default.
• W2519617919 cites W2113410727 @default.
• W2519617919 cites W2124193159 @default.
• W2519617919 cites W2126507611 @default.
• W2519617919 cites W2126696183 @default.
• W2519617919 cites W2134927874 @default.
• W2519617919 cites W2141098380 @default.
• W2519617919 cites W2141513744 @default.
• W2519617919 cites W2143914070 @default.
• W2519617919 cites W2144927855 @default.
• W2519617919 cites W2148013054 @default.
• W2519617919 cites W2157980636 @default.
• W2519617919 cites W2162458102 @default.
• W2519617919 cites W2162953324 @default.
• W2519617919 cites W2163735789 @default.
• W2519617919 cites W2164736497 @default.
• W2519617919 cites W2165301409 @default.
• W2519617919 cites W2167144335 @default.
• W2519617919 cites W2169825433 @default.
• W2519617919 cites W2295931476 @default.
• W2519617919 cites W4235656097 @default.
• W2519617919 doi "https://doi.org/10.1088/1748-9326/11/9/095005" @default.
• W2519617919 hasPublicationYear "2016" @default.
• W2519617919 type Work @default.
• W2519617919 sameAs 2519617919 @default.
• W2519617919 citedByCount "38" @default.
• W2519617919 countsByYear W25196179192016 @default.
• W2519617919 countsByYear W25196179192017 @default.
• W2519617919 countsByYear W25196179192018 @default.
• W2519617919 countsByYear W25196179192019 @default.
• W2519617919 countsByYear W25196179192020 @default.
• W2519617919 countsByYear W25196179192021 @default.
• W2519617919 countsByYear W25196179192022 @default.
• W2519617919 countsByYear W25196179192023 @default.
• W2519617919 crossrefType "journal-article" @default.
• W2519617919 hasAuthorship W2519617919A5001588860 @default.
• W2519617919 hasAuthorship W2519617919A5012387700 @default.
• W2519617919 hasAuthorship W2519617919A5013420927 @default.

• next