FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3002247172> ?p ?o ?g. }

• W3002247172 endingPage "782" @default.
• W3002247172 startingPage "772" @default.
• W3002247172 abstract "Abstract Aim Ectomycorrhizal fungi (ECMF) are partners in a globally distributed tree symbiosis implicated in most major ecosystem functions. However, resilience of ECMF to future climates is uncertain. We forecast these changes over the extent of North American Pinaceae forests. Location About 68 sites from North American Pinaceae forests ranging from Florida to Ontario in the east and southern California to Alaska in the west. Taxon Ectomycorrhizal fungi (Asco‐ and Basidiomycetes). Methods We characterized ECMF communities at each site using molecular methods and modelled climatic drivers of diversity and community composition with general additive, generalized dissimilarity models and Threshold Indicator Taxa ANalysis (TITAN). Next, we projected our models across the extent of North American Pinaceae forests and forecast ECMF responses to climate changes in these forests over the next 50 years. Results We predict median declines in ECMF species richness as high as 26% in Pinaceae forests throughout a climate zone comprising more than 3.5 million square kilometres of North America (an area twice that of Alaska state). Mitigation of greenhouse gas emissions can reduce these declines, but not prevent them. The existence of multiple diversity optima along climate gradients suggest regionally divergent trajectories for North American ECMF, which is corroborated by corresponding ECMF community thresholds identified in TITAN models. Warming of forests along the boreal–temperate ecotone results in projected ECMF species loss and declines in the relative abundance of long‐distance foraging ECMF species, whereas warming of eastern temperate forests has the opposite effect. Main Conclusions Our results reveal potentially unavoidable ECMF species‐losses over the next 50 years, which is likely to have profound (if yet unclear) effects on ECMF‐associated biogeochemical cycles." @default.
• W3002247172 created "2020-01-30" @default.
• W3002247172 creator A5005903893 @default.
• W3002247172 creator A5021784577 @default.
• W3002247172 creator A5031755309 @default.
• W3002247172 creator A5041489251 @default.
• W3002247172 creator A5067544674 @default.
• W3002247172 creator A5071083818 @default.
• W3002247172 creator A5082495656 @default.
• W3002247172 creator A5083628552 @default.
• W3002247172 date "2020-01-21" @default.
• W3002247172 modified "2023-10-12" @default.
• W3002247172 title "Ectomycorrhizal fungal diversity predicted to substantially decline due to climate changes in North American Pinaceae forests" @default.
• W3002247172 cites W1005007408 @default.
• W3002247172 cites W1575831425 @default.
• W3002247172 cites W1929612947 @default.
• W3002247172 cites W1950497459 @default.
• W3002247172 cites W1964271005 @default.
• W3002247172 cites W1991486768 @default.
• W3002247172 cites W2001961491 @default.
• W3002247172 cites W2006282417 @default.
• W3002247172 cites W2008126280 @default.
• W3002247172 cites W2009906332 @default.
• W3002247172 cites W2017827135 @default.
• W3002247172 cites W2019097137 @default.
• W3002247172 cites W2019974385 @default.
• W3002247172 cites W2020995903 @default.
• W3002247172 cites W2027396717 @default.
• W3002247172 cites W2036897871 @default.
• W3002247172 cites W2040611827 @default.
• W3002247172 cites W2041382053 @default.
• W3002247172 cites W2051431345 @default.
• W3002247172 cites W2061211738 @default.
• W3002247172 cites W2063743308 @default.
• W3002247172 cites W2066051823 @default.
• W3002247172 cites W2069930023 @default.
• W3002247172 cites W2072970694 @default.
• W3002247172 cites W2078294775 @default.
• W3002247172 cites W2089087782 @default.
• W3002247172 cites W2096740973 @default.
• W3002247172 cites W2096783391 @default.
• W3002247172 cites W2106751558 @default.
• W3002247172 cites W2110375946 @default.
• W3002247172 cites W2112776483 @default.
• W3002247172 cites W2118606447 @default.
• W3002247172 cites W2118711492 @default.
• W3002247172 cites W2120679226 @default.
• W3002247172 cites W2124351063 @default.
• W3002247172 cites W2130602797 @default.
• W3002247172 cites W2131271579 @default.
• W3002247172 cites W2138102892 @default.
• W3002247172 cites W2138353304 @default.
• W3002247172 cites W2143260055 @default.
• W3002247172 cites W2144243143 @default.
• W3002247172 cites W2145840889 @default.
• W3002247172 cites W2149210619 @default.
• W3002247172 cites W2150597302 @default.
• W3002247172 cites W2152439476 @default.
• W3002247172 cites W2152885278 @default.
• W3002247172 cites W2158935633 @default.
• W3002247172 cites W2160947363 @default.
• W3002247172 cites W2163344512 @default.
• W3002247172 cites W2163735763 @default.
• W3002247172 cites W2165137364 @default.
• W3002247172 cites W2169022502 @default.
• W3002247172 cites W2260894375 @default.
• W3002247172 cites W2314495996 @default.
• W3002247172 cites W2467676124 @default.
• W3002247172 cites W2521880521 @default.
• W3002247172 cites W2556186716 @default.
• W3002247172 cites W2588003345 @default.
• W3002247172 cites W2607086757 @default.
• W3002247172 cites W2614733084 @default.
• W3002247172 cites W2619798870 @default.
• W3002247172 cites W2737772090 @default.
• W3002247172 cites W2753632495 @default.
• W3002247172 cites W2782512382 @default.
• W3002247172 cites W2805201605 @default.
• W3002247172 cites W2886585565 @default.
• W3002247172 cites W2946304404 @default.
• W3002247172 cites W3154365977 @default.
• W3002247172 doi "https://doi.org/10.1111/jbi.13802" @default.
• W3002247172 hasPublicationYear "2020" @default.
• W3002247172 type Work @default.
• W3002247172 sameAs 3002247172 @default.
• W3002247172 citedByCount "35" @default.
• W3002247172 countsByYear W30022471722020 @default.
• W3002247172 countsByYear W30022471722021 @default.
• W3002247172 countsByYear W30022471722022 @default.
• W3002247172 countsByYear W30022471722023 @default.
• W3002247172 crossrefType "journal-article" @default.
• W3002247172 hasAuthorship W3002247172A5005903893 @default.
• W3002247172 hasAuthorship W3002247172A5021784577 @default.
• W3002247172 hasAuthorship W3002247172A5031755309 @default.
• W3002247172 hasAuthorship W3002247172A5041489251 @default.
• W3002247172 hasAuthorship W3002247172A5067544674 @default.
• W3002247172 hasAuthorship W3002247172A5071083818 @default.
• W3002247172 hasAuthorship W3002247172A5082495656 @default.

• next