FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2010339279> ?p ?o ?g. }

• W2010339279 endingPage "817" @default.
• W2010339279 startingPage "809" @default.
• W2010339279 abstract "Climate warming is already influencing plant migration in different parts of the world. Numerous models have been developed to forecast future plant distributions. Few studies, however, have investigated the potential effect of warming on the reproductive output of plants. Understorey forest herbs in particular, have received little attention in the debate on climate change impacts. This study focuses on the effect of temperature on sexual reproductive output (number of seeds, seed mass, germination percentage and seedling mass) of Anemone nemorosa L., a model species for slow colonizing herbaceous forest plants. We sampled seeds of A. nemorosa in populations along a 2400 km latitudinal gradient from northern France to northern Sweden during three growing seasons (2005, 2006 and 2008). This study design allowed us to isolate the effects of accumulated temperature (Growing Degree Hours; GDH) from latitude and the local abiotic and biotic environment. Germination and seed sowing trials were performed in incubators, a greenhouse and under field conditions in a forest. Finally, we disentangled correlations between the different reproductive traits of A. nemorosa along the latitudinal gradient. We found a clear positive relationship between accumulated temperature and seed and seedling traits: reproductive output of A. nemorosa improved with increasing GDH along the latitudinal gradient. Seed mass and seedling mass, for instance, increased by 9.7% and 10.4%, respectively, for every 1000 °C h increase in GDH. We also derived strong correlations between several seed and seedling traits both under field conditions and in incubators. Our results indicate that seed mass, incubator-based germination percentage (Germ%Inc) and the output of germinable seeds (product of number of seeds and Germ%Inc divided by 100) from plants grown along a latitudinal gradient (i.e. at different temperature regimes) provide valuable proxies to parameterize key population processes in models. We conclude that (1) climate warming may have a pronounced positive impact on sexual reproduction of A. nemorosa and (2) climate models forecasting plant distributions would benefit from including the temperature sensitivity of key seed traits and population processes." @default.
• W2010339279 created "2016-06-24" @default.
• W2010339279 creator A5000715083 @default.
• W2010339279 creator A5007047533 @default.
• W2010339279 creator A5014764283 @default.
• W2010339279 creator A5025403876 @default.
• W2010339279 creator A5032699674 @default.
• W2010339279 creator A5036752915 @default.
• W2010339279 creator A5043270745 @default.
• W2010339279 creator A5044799083 @default.
• W2010339279 creator A5047668239 @default.
• W2010339279 creator A5049048299 @default.
• W2010339279 creator A5052282242 @default.
• W2010339279 creator A5053061112 @default.
• W2010339279 creator A5053470671 @default.
• W2010339279 creator A5062068910 @default.
• W2010339279 creator A5065132329 @default.
• W2010339279 creator A5084005044 @default.
• W2010339279 creator A5084924972 @default.
• W2010339279 creator A5087327108 @default.
• W2010339279 creator A5089454544 @default.
• W2010339279 date "2010-02-01" @default.
• W2010339279 modified "2023-10-06" @default.
• W2010339279 title "Significant effects of temperature on the reproductive output of the forest herb Anemone nemorosa L." @default.
• W2010339279 cites W1968072526 @default.
• W2010339279 cites W1972664048 @default.
• W2010339279 cites W1983649496 @default.
• W2010339279 cites W1996231206 @default.
• W2010339279 cites W2011838474 @default.
• W2010339279 cites W2018893718 @default.
• W2010339279 cites W2018904563 @default.
• W2010339279 cites W2027053506 @default.
• W2010339279 cites W2027129341 @default.
• W2010339279 cites W2035914247 @default.
• W2010339279 cites W2037028501 @default.
• W2010339279 cites W2037824211 @default.
• W2010339279 cites W2045675452 @default.
• W2010339279 cites W2047865353 @default.
• W2010339279 cites W2048113738 @default.
• W2010339279 cites W2057461472 @default.
• W2010339279 cites W2061909588 @default.
• W2010339279 cites W2074396146 @default.
• W2010339279 cites W2074466297 @default.
• W2010339279 cites W2074713244 @default.
• W2010339279 cites W2076982280 @default.
• W2010339279 cites W2078402244 @default.
• W2010339279 cites W2080497736 @default.
• W2010339279 cites W2084927162 @default.
• W2010339279 cites W2090128774 @default.
• W2010339279 cites W2099978526 @default.
• W2010339279 cites W2101686192 @default.
• W2010339279 cites W2104971425 @default.
• W2010339279 cites W2107592593 @default.
• W2010339279 cites W2108358920 @default.
• W2010339279 cites W2108724255 @default.
• W2010339279 cites W2109221372 @default.
• W2010339279 cites W2111787004 @default.
• W2010339279 cites W2116066206 @default.
• W2010339279 cites W2116642684 @default.
• W2010339279 cites W2123755994 @default.
• W2010339279 cites W2124252728 @default.
• W2010339279 cites W2129071660 @default.
• W2010339279 cites W2131516675 @default.
• W2010339279 cites W2131724610 @default.
• W2010339279 cites W2132446094 @default.
• W2010339279 cites W2138720845 @default.
• W2010339279 cites W2141822763 @default.
• W2010339279 cites W2148688047 @default.
• W2010339279 cites W2149563065 @default.
• W2010339279 cites W2150163700 @default.
• W2010339279 cites W2151864729 @default.
• W2010339279 cites W2157933831 @default.
• W2010339279 cites W2159949792 @default.
• W2010339279 cites W2160172778 @default.
• W2010339279 cites W2163614163 @default.
• W2010339279 cites W2164793538 @default.
• W2010339279 cites W2166525361 @default.
• W2010339279 cites W2175455955 @default.
• W2010339279 cites W2324836972 @default.
• W2010339279 cites W2326957293 @default.
• W2010339279 cites W2461885044 @default.
• W2010339279 cites W2588087095 @default.
• W2010339279 cites W2590298858 @default.
• W2010339279 doi "https://doi.org/10.1016/j.foreco.2009.04.038" @default.
• W2010339279 hasPublicationYear "2010" @default.
• W2010339279 type Work @default.
• W2010339279 sameAs 2010339279 @default.
• W2010339279 citedByCount "45" @default.
• W2010339279 countsByYear W20103392792012 @default.
• W2010339279 countsByYear W20103392792013 @default.
• W2010339279 countsByYear W20103392792014 @default.
• W2010339279 countsByYear W20103392792015 @default.
• W2010339279 countsByYear W20103392792016 @default.
• W2010339279 countsByYear W20103392792017 @default.
• W2010339279 countsByYear W20103392792018 @default.
• W2010339279 countsByYear W20103392792020 @default.
• W2010339279 countsByYear W20103392792021 @default.
• W2010339279 countsByYear W20103392792022 @default.

• next