FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3215593521> ?p ?o ?g. }

• W3215593521 endingPage "293" @default.
• W3215593521 startingPage "280" @default.
• W3215593521 abstract "Abstract Aim At the macroscale, climate strongly correlates with species richness gradients, resulting from differences in in‐situ diversification and dispersal. One historical explanation for the pattern is that regions spanning temperate climates contain few species because past disturbances have generated high extinction rates, and species from tropical regions are unable to easily colonize temperate regions. We test these postulates for Himalayan plants, which span subtropical to temperate climates over steep elevational gradients. Location Himalaya. Time period Present day. Major taxa studied Angiosperms. Methods We use a comprehensive survey of 31 floras to document the elevational and geographical distributions of native Himalayan plants, augmented by field studies of trees in both the east and west Himalaya. We use grade of membership models to cluster species according to locations shared and phylogenetic analysis to evaluate diversification rates. Results Species fall into four cohesive biotas, organized by climate. Points of turnover between biotas occur where the mean minimum temperature of the coldest month is approximately 0 °C (2,000–2,500 m), and at the point of occasional annual freezing (1,000–1,500 m); these boundaries run the length of the Himalaya. The patterns are retained when we consider whole clades rather than species. All plants (and the subsets trees, herbs and shrubs) belonging to the biota above the 2,000–2,500 m line have higher recent speciation rates than those lower down. Main conclusions We attribute the high rate of recent speciation in temperate climates to high rates of turnover, creating ecological and geographical opportunity. The high elevation biota has few species, but spans the largest area, implying species numbers are far from any carrying capacity, at least with respect to accumulation of allopatric forms. This study thus links climatic restrictions of clades to differences in diversification rates, and by inference species numbers." @default.
• W3215593521 created "2021-12-06" @default.
• W3215593521 creator A5023671613 @default.
• W3215593521 creator A5048892891 @default.
• W3215593521 creator A5060475250 @default.
• W3215593521 date "2021-11-20" @default.
• W3215593521 modified "2023-09-28" @default.
• W3215593521 title "Key roles for the freezing line and disturbance in driving the low plant species richness of temperate regions" @default.
• W3215593521 cites W1593528099 @default.
• W3215593521 cites W1606574640 @default.
• W3215593521 cites W1876294254 @default.
• W3215593521 cites W1908440753 @default.
• W3215593521 cites W1973589774 @default.
• W3215593521 cites W1975586176 @default.
• W3215593521 cites W2002820714 @default.
• W3215593521 cites W2004409723 @default.
• W3215593521 cites W2023338984 @default.
• W3215593521 cites W2026811272 @default.
• W3215593521 cites W2026896156 @default.
• W3215593521 cites W2029455706 @default.
• W3215593521 cites W2042449834 @default.
• W3215593521 cites W2053195782 @default.
• W3215593521 cites W2065486396 @default.
• W3215593521 cites W2065869725 @default.
• W3215593521 cites W2078885542 @default.
• W3215593521 cites W2082459709 @default.
• W3215593521 cites W2084128149 @default.
• W3215593521 cites W2088473581 @default.
• W3215593521 cites W2101725169 @default.
• W3215593521 cites W2108503283 @default.
• W3215593521 cites W2117368100 @default.
• W3215593521 cites W2120003898 @default.
• W3215593521 cites W2124726310 @default.
• W3215593521 cites W2126611358 @default.
• W3215593521 cites W2127779696 @default.
• W3215593521 cites W2150741383 @default.
• W3215593521 cites W2151409320 @default.
• W3215593521 cites W2157358077 @default.
• W3215593521 cites W2159301120 @default.
• W3215593521 cites W2162068413 @default.
• W3215593521 cites W2167613475 @default.
• W3215593521 cites W2169275081 @default.
• W3215593521 cites W2176190366 @default.
• W3215593521 cites W2225991410 @default.
• W3215593521 cites W2272473773 @default.
• W3215593521 cites W2291599220 @default.
• W3215593521 cites W2365932457 @default.
• W3215593521 cites W2406599790 @default.
• W3215593521 cites W2502354381 @default.
• W3215593521 cites W2509442644 @default.
• W3215593521 cites W2511729387 @default.
• W3215593521 cites W2513727910 @default.
• W3215593521 cites W2526517389 @default.
• W3215593521 cites W2559211482 @default.
• W3215593521 cites W2592037349 @default.
• W3215593521 cites W2592155960 @default.
• W3215593521 cites W2605074880 @default.
• W3215593521 cites W2614464134 @default.
• W3215593521 cites W2618084794 @default.
• W3215593521 cites W2755673756 @default.
• W3215593521 cites W2756166614 @default.
• W3215593521 cites W2762349056 @default.
• W3215593521 cites W2769583404 @default.
• W3215593521 cites W2792799907 @default.
• W3215593521 cites W2811326047 @default.
• W3215593521 cites W2886767472 @default.
• W3215593521 cites W2898447205 @default.
• W3215593521 cites W2899570773 @default.
• W3215593521 cites W2906409355 @default.
• W3215593521 cites W2907969599 @default.
• W3215593521 cites W2912091419 @default.
• W3215593521 cites W2915970731 @default.
• W3215593521 cites W2922268949 @default.
• W3215593521 cites W2922439782 @default.
• W3215593521 cites W2949631572 @default.
• W3215593521 cites W2951126756 @default.
• W3215593521 cites W2982702091 @default.
• W3215593521 cites W2989708037 @default.
• W3215593521 cites W3002422434 @default.
• W3215593521 cites W3014611239 @default.
• W3215593521 cites W3020088962 @default.
• W3215593521 cites W3021536429 @default.
• W3215593521 cites W3111045446 @default.
• W3215593521 cites W3119152990 @default.
• W3215593521 cites W3158641869 @default.
• W3215593521 cites W3165306801 @default.
• W3215593521 cites W3174443482 @default.
• W3215593521 cites W3184017506 @default.
• W3215593521 cites W3184587051 @default.
• W3215593521 doi "https://doi.org/10.1111/geb.13427" @default.
• W3215593521 hasPublicationYear "2021" @default.
• W3215593521 type Work @default.
• W3215593521 sameAs 3215593521 @default.
• W3215593521 citedByCount "3" @default.
• W3215593521 countsByYear W32155935212022 @default.
• W3215593521 countsByYear W32155935212023 @default.
• W3215593521 crossrefType "journal-article" @default.
• W3215593521 hasAuthorship W3215593521A5023671613 @default.

• next