FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4214483492> ?p ?o ?g. }

• W4214483492 endingPage "108700" @default.
• W4214483492 startingPage "108700" @default.
• W4214483492 abstract "Monitoring long-term vegetation dynamics is essential for developing adaptation strategy to address the challenges to the ecosystem posed by climate change and human activities. This study analyzed spatio-temporal changes of normalized difference vegetation index (NDVI) in the Hulun Lake Basin (HLB) from 1981 to 2019, and explored the relationship between climatic factors and NDVI datasets. Furthermore, the residual trend (RESTREND) method was used to distinguish between the impacts of changes in climate and human activities on vegetation dynamics. The results showed that NDVI of the basin initially increased to the 1990s, then decreased to the mid-2000s, and finally rebounded to 2019 owing to the periodic fluctuations in precipitation. There were 28.32% of the NDVI pixels significantly increasing and 13.85% of the pixels significantly decreasing. The increase proportion of vegetation coverage in forest, wetland and cultivated land was higher than other vegetation types. NDVI in the China Grass Zone (CGZ) significantly degraded by 20.39% compared with the Mongolia Grass Zone (MGZ) significantly degraded by 5.60%. NDVI was significantly correlated with precipitation and weakly correlated with temperature in the HLB, and precipitation was the principal factor influencing vegetation coverage. The results of RESTREND revealed that farmland reclamation, over-grazing, and open-pit mining led to greater browning of vegetation in the CGZ than in the MGZ. Meanwhile, the implementation of ecological protection and restoration projects have helped the greening of the vegetation in the CGZ (20.91%) compared with the MGZ (7.45%). China’s ecological restoration projects are important for Mongolia to reverse the trend of serious ecological degradation. Our results can provide scientific decision-making for the local government to formulate differentiated vegetation ecological protection and restoration measures." @default.
• W4214483492 created "2022-03-02" @default.
• W4214483492 creator A5005724856 @default.
• W4214483492 creator A5010317594 @default.
• W4214483492 creator A5012983197 @default.
• W4214483492 creator A5023127651 @default.
• W4214483492 creator A5023554048 @default.
• W4214483492 creator A5024372991 @default.
• W4214483492 creator A5040929440 @default.
• W4214483492 creator A5047629988 @default.
• W4214483492 creator A5048411184 @default.
• W4214483492 creator A5058655480 @default.
• W4214483492 creator A5060880300 @default.
• W4214483492 creator A5080609124 @default.
• W4214483492 date "2022-03-01" @default.
• W4214483492 modified "2023-10-16" @default.
• W4214483492 title "Vegetation dynamics in response to climate change and human activities in the Hulun Lake basin from 1981 to 2019" @default.
• W4214483492 cites W1897932246 @default.
• W4214483492 cites W1901442568 @default.
• W4214483492 cites W1940816165 @default.
• W4214483492 cites W1972144912 @default.
• W4214483492 cites W1975999098 @default.
• W4214483492 cites W1985864794 @default.
• W4214483492 cites W2003795236 @default.
• W4214483492 cites W2005258427 @default.
• W4214483492 cites W2006929658 @default.
• W4214483492 cites W2020514916 @default.
• W4214483492 cites W2035755931 @default.
• W4214483492 cites W2039707504 @default.
• W4214483492 cites W2040868998 @default.
• W4214483492 cites W2045543577 @default.
• W4214483492 cites W2056845648 @default.
• W4214483492 cites W2071616100 @default.
• W4214483492 cites W2107690183 @default.
• W4214483492 cites W2115290239 @default.
• W4214483492 cites W2126282903 @default.
• W4214483492 cites W2126603215 @default.
• W4214483492 cites W2137209176 @default.
• W4214483492 cites W2145601039 @default.
• W4214483492 cites W2146471256 @default.
• W4214483492 cites W2155658053 @default.
• W4214483492 cites W2160362513 @default.
• W4214483492 cites W2193199107 @default.
• W4214483492 cites W2211139702 @default.
• W4214483492 cites W2234681893 @default.
• W4214483492 cites W2282122840 @default.
• W4214483492 cites W2303621243 @default.
• W4214483492 cites W2613288273 @default.
• W4214483492 cites W2747222850 @default.
• W4214483492 cites W2765836469 @default.
• W4214483492 cites W2780809400 @default.
• W4214483492 cites W2782084880 @default.
• W4214483492 cites W2789353670 @default.
• W4214483492 cites W2793529083 @default.
• W4214483492 cites W2799939694 @default.
• W4214483492 cites W2803389660 @default.
• W4214483492 cites W2885126168 @default.
• W4214483492 cites W2885696803 @default.
• W4214483492 cites W2891322019 @default.
• W4214483492 cites W2912077313 @default.
• W4214483492 cites W2943252038 @default.
• W4214483492 cites W2954070923 @default.
• W4214483492 cites W2967673384 @default.
• W4214483492 cites W2970864510 @default.
• W4214483492 cites W2972230039 @default.
• W4214483492 cites W2987561457 @default.
• W4214483492 cites W3033208307 @default.
• W4214483492 cites W3041470910 @default.
• W4214483492 cites W3081293412 @default.
• W4214483492 cites W3089781579 @default.
• W4214483492 cites W3102570509 @default.
• W4214483492 cites W3103286503 @default.
• W4214483492 cites W3109573222 @default.
• W4214483492 cites W3185277424 @default.
• W4214483492 doi "https://doi.org/10.1016/j.ecolind.2022.108700" @default.
• W4214483492 hasPublicationYear "2022" @default.
• W4214483492 type Work @default.
• W4214483492 citedByCount "14" @default.
• W4214483492 countsByYear W42144834922022 @default.
• W4214483492 countsByYear W42144834922023 @default.
• W4214483492 crossrefType "journal-article" @default.
• W4214483492 hasAuthorship W4214483492A5005724856 @default.
• W4214483492 hasAuthorship W4214483492A5010317594 @default.
• W4214483492 hasAuthorship W4214483492A5012983197 @default.
• W4214483492 hasAuthorship W4214483492A5023127651 @default.
• W4214483492 hasAuthorship W4214483492A5023554048 @default.
• W4214483492 hasAuthorship W4214483492A5024372991 @default.
• W4214483492 hasAuthorship W4214483492A5040929440 @default.
• W4214483492 hasAuthorship W4214483492A5047629988 @default.
• W4214483492 hasAuthorship W4214483492A5048411184 @default.
• W4214483492 hasAuthorship W4214483492A5058655480 @default.
• W4214483492 hasAuthorship W4214483492A5060880300 @default.
• W4214483492 hasAuthorship W4214483492A5080609124 @default.
• W4214483492 hasBestOaLocation W42144834921 @default.
• W4214483492 hasConcept C100970517 @default.
• W4214483492 hasConcept C107054158 @default.
• W4214483492 hasConcept C109007969 @default.
• W4214483492 hasConcept C110872660 @default.

• next