FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3018479959> ?p ?o ?g. }

• W3018479959 abstract "Under the contemporary climate change, the Himalaya is reported to be warming at a much higher rate than the global average. However, little is known about alpine vegetation responses to recent climate change in the rapidly warming Himalaya. Here we studied vegetation dynamics on alpine summits in Kashmir Himalaya in relation to in-situ measured microclimate. The summits, representing an elevation gradient from treeline to nival zone (3530 to 3740 m), were first surveyed in 2014 and then re-surveyed in 2018. The initial survey showed that the species richness, vegetation cover and soil temperature decreased with increasing elevation. Species richness and soil temperature differed significantly, with east and south slopes showing higher values than north and west slopes. The re-survey showed that species richness increased on the lower three summits but decreased on the highest summit (nival zone) and also revealed a substantial increase in cover of shrubs, graminoids and forbs. The nestedness-resultant dissimilarity, rather than species turnover, contributed more to the magnitude of β-diversity among the summits. High temporal species turnover was found on south and east aspects, while high nestedness was recorded along north and west aspects. Thermophilization was more pronounced on the lower two summits and along the northern aspects. Our study provides crucial scientific data on climate change impacts on the alpine vegetation of Kashmir Himalaya, which will bridge global knowledge gaps from the developing world." @default.
• W3018479959 created "2020-05-01" @default.
• W3018479959 creator A5032703605 @default.
• W3018479959 creator A5057134775 @default.
• W3018479959 creator A5058050876 @default.
• W3018479959 creator A5063734480 @default.
• W3018479959 creator A5075729329 @default.
• W3018479959 creator A5083692652 @default.
• W3018479959 creator A5088962039 @default.
• W3018479959 date "2020-04-24" @default.
• W3018479959 modified "2023-10-12" @default.
• W3018479959 title "Early Evidence of Shifts in Alpine Summit Vegetation: A Case Study From Kashmir Himalaya" @default.
• W3018479959 cites W1481780239 @default.
• W3018479959 cites W1498096301 @default.
• W3018479959 cites W1509372453 @default.
• W3018479959 cites W1532585510 @default.
• W3018479959 cites W1580156547 @default.
• W3018479959 cites W1807200660 @default.
• W3018479959 cites W1820568138 @default.
• W3018479959 cites W1822348759 @default.
• W3018479959 cites W1840129304 @default.
• W3018479959 cites W1968545110 @default.
• W3018479959 cites W1973145558 @default.
• W3018479959 cites W1975109478 @default.
• W3018479959 cites W1977349887 @default.
• W3018479959 cites W1979348491 @default.
• W3018479959 cites W1982030391 @default.
• W3018479959 cites W1985936925 @default.
• W3018479959 cites W1987445251 @default.
• W3018479959 cites W2011791024 @default.
• W3018479959 cites W2014693698 @default.
• W3018479959 cites W2019469451 @default.
• W3018479959 cites W2021796600 @default.
• W3018479959 cites W2030329799 @default.
• W3018479959 cites W2034537214 @default.
• W3018479959 cites W2037758982 @default.
• W3018479959 cites W2039268927 @default.
• W3018479959 cites W2042898130 @default.
• W3018479959 cites W2042949992 @default.
• W3018479959 cites W2046977811 @default.
• W3018479959 cites W2048747618 @default.
• W3018479959 cites W2050038648 @default.
• W3018479959 cites W2061824976 @default.
• W3018479959 cites W2065082961 @default.
• W3018479959 cites W2065968717 @default.
• W3018479959 cites W2066833596 @default.
• W3018479959 cites W2085585287 @default.
• W3018479959 cites W2092845988 @default.
• W3018479959 cites W2098021503 @default.
• W3018479959 cites W2098165261 @default.
• W3018479959 cites W2104082334 @default.
• W3018479959 cites W2106823625 @default.
• W3018479959 cites W2107508366 @default.
• W3018479959 cites W2121561093 @default.
• W3018479959 cites W2133343309 @default.
• W3018479959 cites W2137469802 @default.
• W3018479959 cites W2143208561 @default.
• W3018479959 cites W2145345932 @default.
• W3018479959 cites W2148796933 @default.
• W3018479959 cites W2149101178 @default.
• W3018479959 cites W2149519193 @default.
• W3018479959 cites W2153205047 @default.
• W3018479959 cites W2154406609 @default.
• W3018479959 cites W2154433795 @default.
• W3018479959 cites W2159267296 @default.
• W3018479959 cites W2162348455 @default.
• W3018479959 cites W2183908049 @default.
• W3018479959 cites W2321093038 @default.
• W3018479959 cites W2335671719 @default.
• W3018479959 cites W2337035101 @default.
• W3018479959 cites W2345996659 @default.
• W3018479959 cites W2473742735 @default.
• W3018479959 cites W2508861258 @default.
• W3018479959 cites W2515229679 @default.
• W3018479959 cites W2574633711 @default.
• W3018479959 cites W2617941196 @default.
• W3018479959 cites W2623528597 @default.
• W3018479959 cites W2625448085 @default.
• W3018479959 cites W2728613273 @default.
• W3018479959 cites W2752566840 @default.
• W3018479959 cites W2768012748 @default.
• W3018479959 cites W2779264839 @default.
• W3018479959 cites W2787978013 @default.
• W3018479959 cites W2788826775 @default.
• W3018479959 cites W2792979918 @default.
• W3018479959 cites W2805885264 @default.
• W3018479959 cites W2809744245 @default.
• W3018479959 cites W2810005491 @default.
• W3018479959 cites W2889020247 @default.
• W3018479959 cites W2891039809 @default.
• W3018479959 cites W2895225113 @default.
• W3018479959 cites W2906730885 @default.
• W3018479959 cites W2936971024 @default.
• W3018479959 cites W2973467498 @default.
• W3018479959 cites W3198349875 @default.
• W3018479959 cites W4232389522 @default.
• W3018479959 cites W4233539062 @default.
• W3018479959 cites W4254687493 @default.
• W3018479959 doi "https://doi.org/10.3389/fpls.2020.00421" @default.
• W3018479959 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/7194130" @default.

• next