Matches in SemOpenAlex for { <https://semopenalex.org/work/W2789199514> ?p ?o ?g. }
- W2789199514 endingPage "1245" @default.
- W2789199514 startingPage "1225" @default.
- W2789199514 abstract "Norway spruce (Picea abies) is by far the most important timber species in Europe, but its outstanding role in future forests is jeopardized by its high sensitivity to drought. We analyzed drought response of Norway spruce at the warmest fringe of its natural range. Based on a 35-year old provenance experiment we tested for genetic variation among and within seed provenances across consecutively occurring strong drought events using dendroclimatic time series. Moreover, we tested for associations between ≈1,700 variable SNPs and traits related to drought response, wood characteristics and climate-growth relationships. We found significant adaptive genetic variation among provenances originating from the species' Alpine, Central and Southeastern European range. Genetic variation between individuals varied significantly among provenances explaining up to 44% of the phenotypic variation in drought response. Varying phenotypic correlations between drought response and wood traits confirmed differences in selection intensity among seed provenances. Significant associations were found between 29 SNPs and traits related to drought, climate-growth relationships and wood properties which explained between 11 and 43% of trait variation, though 12 of them were due to single individuals having extreme phenotypes of the respective trait. The majority of these SNPs are located within exons of genes and the most important ones are preferentially expressed in cambium and xylem expansion layers. Phenotype-genotype associations were stronger if only provenances with significant quantitative genetic variation in drought response were considered. The present study confirms the high adaptive variation of Norway spruce in Central and Southeastern Europe and demonstrates how quantitative genetic, dendroclimatic and genomic data can be linked to understand the genetic basis of adaptation to climate extremes in trees." @default.
- W2789199514 created "2018-03-06" @default.
- W2789199514 creator A5001297157 @default.
- W2789199514 creator A5007319663 @default.
- W2789199514 creator A5030029724 @default.
- W2789199514 creator A5032153408 @default.
- W2789199514 creator A5032685725 @default.
- W2789199514 creator A5045003854 @default.
- W2789199514 creator A5046093358 @default.
- W2789199514 creator A5063693107 @default.
- W2789199514 creator A5079557889 @default.
- W2789199514 creator A5080200126 @default.
- W2789199514 creator A5075802695 @default.
- W2789199514 date "2018-04-01" @default.
- W2789199514 modified "2023-10-09" @default.
- W2789199514 title "Drought Sensitivity of Norway Spruce at the Species’ Warmest Fringe: Quantitative and Molecular Analysis Reveals High Genetic Variation Among and Within Provenances" @default.
- W2789199514 cites W1503304694 @default.
- W2789199514 cites W1772995024 @default.
- W2789199514 cites W1870614750 @default.
- W2789199514 cites W1968276934 @default.
- W2789199514 cites W1969847116 @default.
- W2789199514 cites W1972661044 @default.
- W2789199514 cites W1973278049 @default.
- W2789199514 cites W1975368784 @default.
- W2789199514 cites W1980216831 @default.
- W2789199514 cites W1980886988 @default.
- W2789199514 cites W1981045929 @default.
- W2789199514 cites W1982622535 @default.
- W2789199514 cites W1986213992 @default.
- W2789199514 cites W1988809438 @default.
- W2789199514 cites W1990238010 @default.
- W2789199514 cites W1991066850 @default.
- W2789199514 cites W1991876811 @default.
- W2789199514 cites W1996435737 @default.
- W2789199514 cites W2000247867 @default.
- W2789199514 cites W2004169843 @default.
- W2789199514 cites W2009804709 @default.
- W2789199514 cites W2017252126 @default.
- W2789199514 cites W2017917281 @default.
- W2789199514 cites W2020382838 @default.
- W2789199514 cites W2028367642 @default.
- W2789199514 cites W2030993345 @default.
- W2789199514 cites W2033543450 @default.
- W2789199514 cites W2035057885 @default.
- W2789199514 cites W2035356606 @default.
- W2789199514 cites W2035839217 @default.
- W2789199514 cites W2045443942 @default.
- W2789199514 cites W2045696328 @default.
- W2789199514 cites W2047251212 @default.
- W2789199514 cites W2053842987 @default.
- W2789199514 cites W2059908137 @default.
- W2789199514 cites W2060271543 @default.
- W2789199514 cites W2060891246 @default.
- W2789199514 cites W2069865632 @default.
- W2789199514 cites W2076673958 @default.
- W2789199514 cites W2076756824 @default.
- W2789199514 cites W2079989975 @default.
- W2789199514 cites W2081803496 @default.
- W2789199514 cites W2082349257 @default.
- W2789199514 cites W2082536587 @default.
- W2789199514 cites W2084434401 @default.
- W2789199514 cites W2088891210 @default.
- W2789199514 cites W2091606943 @default.
- W2789199514 cites W2092272370 @default.
- W2789199514 cites W2093320469 @default.
- W2789199514 cites W2095498380 @default.
- W2789199514 cites W2096293094 @default.
- W2789199514 cites W2099771798 @default.
- W2789199514 cites W2101977959 @default.
- W2789199514 cites W2105006194 @default.
- W2789199514 cites W2107567530 @default.
- W2789199514 cites W2107662638 @default.
- W2789199514 cites W2109165648 @default.
- W2789199514 cites W2110035718 @default.
- W2789199514 cites W2112912944 @default.
- W2789199514 cites W2117851139 @default.
- W2789199514 cites W2117995269 @default.
- W2789199514 cites W2119404103 @default.
- W2789199514 cites W2125043961 @default.
- W2789199514 cites W2127138862 @default.
- W2789199514 cites W2128549684 @default.
- W2789199514 cites W2130421966 @default.
- W2789199514 cites W2134036574 @default.
- W2789199514 cites W2134783591 @default.
- W2789199514 cites W2140131090 @default.
- W2789199514 cites W2145611979 @default.
- W2789199514 cites W2146956314 @default.
- W2789199514 cites W2148091442 @default.
- W2789199514 cites W2148638166 @default.
- W2789199514 cites W2153017773 @default.
- W2789199514 cites W2155394212 @default.
- W2789199514 cites W2157055389 @default.
- W2789199514 cites W2158489424 @default.
- W2789199514 cites W2158714788 @default.
- W2789199514 cites W2161339576 @default.
- W2789199514 cites W2161766669 @default.
- W2789199514 cites W2163210906 @default.
- W2789199514 cites W2165037481 @default.