FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3096094023> ?p ?o ?g. }

• W3096094023 abstract "Abstract • Background and Aims Sphagnum mosses are vital for peatland carbon (C) sequestration, although vulnerable to environmental changes. For averting environmental stresses such as hydrological changes, Sphagnum mosses developed an array of morphological and anatomical peculiarities maximizing their water holding capacity. They also produce plethora of biochemicals that could prevent stresses-induced cell-damages but these chemicals remain poorly studied. We aimed to study how various anatomical, metabolites, and antioxidant enzymes vary according to Sphagnum taxonomy, phylogeny and environmental conditions. • Methods We conducted our study in five Sphagnum -dominated peatlands distributed along a latitudinal gradient in Europe, representing a range of local environmental and climate conditions. We examined the direct and indirect effects of latitudinal changes in climate and vegetation species turnover on Sphagnum anatomical (cellular and morphological characteristics) and biochemical (spectroscopical identification of primary and specialized metabolites, pigments and enzymatic activities) traits. • Key results We show that Sphagnum traits were not driven by phylogeny, suggesting that taxonomy and/or environmental conditions prevail on phylogeny in driving Sphagnum traits variability. We found that moisture conditions were important determinants of Sphagnum anatomical traits, especially those related to water holding capacity. However, the species with the highest water holding capacity also exhibited the highest antioxidant capacity, as showed by the high flavonoid and enzymatic activities in their tissues. Our study further highlighted the importance of vascular plants in driving Sphagnum biochemical traits. More particularly, we found that Sphagnum mosses raises the production of specific compounds such as tannins and polyphenols known to reduce vascular plant capacity when herbaceous cover increases. • Conclusions Our findings show that Sphagnum anatomical and biochemical traits underpin Sphagnum niche differentiation through their role in specialization towards biotic stressors, such as plant competitors, and abiotic stressors, such as hydrological changes, which are important factors governing Sphagnum growth." @default.
• W3096094023 created "2020-11-09" @default.
• W3096094023 creator A5004083850 @default.
• W3096094023 creator A5005398692 @default.
• W3096094023 creator A5008326742 @default.
• W3096094023 creator A5031796087 @default.
• W3096094023 creator A5032586666 @default.
• W3096094023 creator A5063772431 @default.
• W3096094023 creator A5070237387 @default.
• W3096094023 creator A5075766682 @default.
• W3096094023 creator A5076545083 @default.
• W3096094023 creator A5084900360 @default.
• W3096094023 creator A5090769860 @default.
• W3096094023 date "2020-10-29" @default.
• W3096094023 modified "2023-10-15" @default.
• W3096094023 title "Morphological and biochemical responses of<i>Sphagnum</i>mosses to environmental changes" @default.
• W3096094023 cites W1484428051 @default.
• W3096094023 cites W1593471293 @default.
• W3096094023 cites W1807802713 @default.
• W3096094023 cites W1892883025 @default.
• W3096094023 cites W191793640 @default.
• W3096094023 cites W1963991144 @default.
• W3096094023 cites W1969084293 @default.
• W3096094023 cites W1971389161 @default.
• W3096094023 cites W1972019946 @default.
• W3096094023 cites W1989593433 @default.
• W3096094023 cites W1993335561 @default.
• W3096094023 cites W1996821582 @default.
• W3096094023 cites W2012638886 @default.
• W3096094023 cites W2033759162 @default.
• W3096094023 cites W2037840294 @default.
• W3096094023 cites W2039101929 @default.
• W3096094023 cites W2043294316 @default.
• W3096094023 cites W2043533197 @default.
• W3096094023 cites W2045518607 @default.
• W3096094023 cites W2045627816 @default.
• W3096094023 cites W2046759977 @default.
• W3096094023 cites W2068405166 @default.
• W3096094023 cites W2068585018 @default.
• W3096094023 cites W2073317899 @default.
• W3096094023 cites W2074869528 @default.
• W3096094023 cites W2076309983 @default.
• W3096094023 cites W2077060760 @default.
• W3096094023 cites W2079086460 @default.
• W3096094023 cites W2087755863 @default.
• W3096094023 cites W2096149314 @default.
• W3096094023 cites W2106151558 @default.
• W3096094023 cites W2108713160 @default.
• W3096094023 cites W2110856574 @default.
• W3096094023 cites W2127566087 @default.
• W3096094023 cites W2128635872 @default.
• W3096094023 cites W2144903059 @default.
• W3096094023 cites W2145492916 @default.
• W3096094023 cites W2147553820 @default.
• W3096094023 cites W2149426537 @default.
• W3096094023 cites W2152910720 @default.
• W3096094023 cites W2161669957 @default.
• W3096094023 cites W2167686960 @default.
• W3096094023 cites W2311518356 @default.
• W3096094023 cites W2318340259 @default.
• W3096094023 cites W2330912071 @default.
• W3096094023 cites W2337827581 @default.
• W3096094023 cites W2528743873 @default.
• W3096094023 cites W2557688848 @default.
• W3096094023 cites W2573000119 @default.
• W3096094023 cites W2588100945 @default.
• W3096094023 cites W2605723435 @default.
• W3096094023 cites W2737834119 @default.
• W3096094023 cites W2762970442 @default.
• W3096094023 cites W2765298764 @default.
• W3096094023 cites W2786191936 @default.
• W3096094023 cites W2794818370 @default.
• W3096094023 cites W2809881002 @default.
• W3096094023 cites W2897137096 @default.
• W3096094023 cites W2897930077 @default.
• W3096094023 cites W2916353018 @default.
• W3096094023 cites W2917603219 @default.
• W3096094023 cites W2933961813 @default.
• W3096094023 cites W2954175826 @default.
• W3096094023 cites W2965574859 @default.
• W3096094023 cites W2972966821 @default.
• W3096094023 cites W2981096463 @default.
• W3096094023 cites W2983912376 @default.
• W3096094023 cites W2984594960 @default.
• W3096094023 cites W3038125108 @default.
• W3096094023 cites W3122161578 @default.
• W3096094023 cites W4231612686 @default.
• W3096094023 cites W4238115259 @default.
• W3096094023 cites W4243039599 @default.
• W3096094023 cites W4248316694 @default.
• W3096094023 cites W4300009529 @default.
• W3096094023 doi "https://doi.org/10.1101/2020.10.29.360388" @default.
• W3096094023 hasPublicationYear "2020" @default.
• W3096094023 type Work @default.
• W3096094023 sameAs 3096094023 @default.
• W3096094023 citedByCount "3" @default.
• W3096094023 countsByYear W30960940232021 @default.
• W3096094023 countsByYear W30960940232022 @default.
• W3096094023 crossrefType "posted-content" @default.
• W3096094023 hasAuthorship W3096094023A5004083850 @default.

• next