FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W1968083466> ?p ?o ?g. }

• W1968083466 endingPage "2002" @default.
• W1968083466 startingPage "1987" @default.
• W1968083466 abstract "The transfer of chemical elements/compounds within the soil–plant chain is a part of the biochemical cycling, and this system is controlled by biotic and abiotic factors which determine the final mobility and availability of chemical variables. Heavy metal contamination and low pH are stress factors that lead to changes in the contents of important foliage compounds, which can be used as non-specific indicators of plant stress. In this study, Norway spruce forests in the Sokolov region, being a part of the “Black Triangle,” were selected to assess geochemical and biochemical interactions in the natural soil/plant system. The authors studied the relationship between soil and spruce needle contents of macronutrients and potentially toxic elements and tested whether the soil parameters and their vertical distribution within a soil profile (two organic and two mineral horizons) affect foliage biochemical parameters (contents of photosynthetic pigments, phenolic compounds and lignin). Factor analysis was used to identify underlying variables that explained the pattern of correlations within and between the biochemical and geochemical datasets. Aluminum (Al) and arsenic (As) were identified as toxic elements with high bio-availability for spruce trees, and both were taken up by trees and translocated to the foliage. The correlations between two toxic element contents in needles (Al and As) and the contents of soluble phenolic compounds and total carotenoid to chlorophyll ratio suggest that these latter two biochemical parameters, which both proved to be sensitive to the soil geochemical conditions, can serve as suitable non-specific stress markers." @default.
• W1968083466 created "2016-06-24" @default.
• W1968083466 creator A5006307009 @default.
• W1968083466 creator A5023248651 @default.
• W1968083466 creator A5058175852 @default.
• W1968083466 creator A5088985836 @default.
• W1968083466 date "2014-05-06" @default.
• W1968083466 modified "2023-10-12" @default.
• W1968083466 title "Assessing forest health via linking the geochemical properties of a soil profile with the biochemical parameters of vegetation" @default.
• W1968083466 cites W1499383228 @default.
• W1968083466 cites W1594483280 @default.
• W1968083466 cites W1598763153 @default.
• W1968083466 cites W1943630578 @default.
• W1968083466 cites W1968436865 @default.
• W1968083466 cites W1979110728 @default.
• W1968083466 cites W1979277297 @default.
• W1968083466 cites W1984572083 @default.
• W1968083466 cites W1989340021 @default.
• W1968083466 cites W1991747576 @default.
• W1968083466 cites W2002575299 @default.
• W1968083466 cites W2007003157 @default.
• W1968083466 cites W2007904247 @default.
• W1968083466 cites W2010103806 @default.
• W1968083466 cites W2012670945 @default.
• W1968083466 cites W2015744636 @default.
• W1968083466 cites W2017841396 @default.
• W1968083466 cites W2018440837 @default.
• W1968083466 cites W2022785652 @default.
• W1968083466 cites W2023695479 @default.
• W1968083466 cites W2025313035 @default.
• W1968083466 cites W2025474925 @default.
• W1968083466 cites W2027163702 @default.
• W1968083466 cites W2027446015 @default.
• W1968083466 cites W2030274299 @default.
• W1968083466 cites W2033951690 @default.
• W1968083466 cites W2034555559 @default.
• W1968083466 cites W2045612730 @default.
• W1968083466 cites W2046112831 @default.
• W1968083466 cites W2047651266 @default.
• W1968083466 cites W2048834877 @default.
• W1968083466 cites W2050186393 @default.
• W1968083466 cites W2051794066 @default.
• W1968083466 cites W2055895767 @default.
• W1968083466 cites W2058385411 @default.
• W1968083466 cites W2061172687 @default.
• W1968083466 cites W2064805529 @default.
• W1968083466 cites W2068105236 @default.
• W1968083466 cites W2073073879 @default.
• W1968083466 cites W2073317899 @default.
• W1968083466 cites W2077983688 @default.
• W1968083466 cites W2078527890 @default.
• W1968083466 cites W2079564970 @default.
• W1968083466 cites W2082917714 @default.
• W1968083466 cites W2083896947 @default.
• W1968083466 cites W2085561021 @default.
• W1968083466 cites W2088741386 @default.
• W1968083466 cites W2091712161 @default.
• W1968083466 cites W2091874171 @default.
• W1968083466 cites W2092605841 @default.
• W1968083466 cites W2095285893 @default.
• W1968083466 cites W2095717899 @default.
• W1968083466 cites W2098893274 @default.
• W1968083466 cites W2101029158 @default.
• W1968083466 cites W2101426854 @default.
• W1968083466 cites W2107356381 @default.
• W1968083466 cites W2114004260 @default.
• W1968083466 cites W2138597409 @default.
• W1968083466 cites W2141027815 @default.
• W1968083466 cites W2166611309 @default.
• W1968083466 cites W2168745915 @default.
• W1968083466 cites W2170671734 @default.
• W1968083466 cites W2171233300 @default.
• W1968083466 cites W2223390873 @default.
• W1968083466 cites W4230871331 @default.
• W1968083466 cites W4254064177 @default.
• W1968083466 doi "https://doi.org/10.1007/s13762-014-0602-3" @default.
• W1968083466 hasPublicationYear "2014" @default.
• W1968083466 type Work @default.
• W1968083466 sameAs 1968083466 @default.
• W1968083466 citedByCount "13" @default.
• W1968083466 countsByYear W19680834662016 @default.
• W1968083466 countsByYear W19680834662017 @default.
• W1968083466 countsByYear W19680834662018 @default.
• W1968083466 countsByYear W19680834662019 @default.
• W1968083466 countsByYear W19680834662020 @default.
• W1968083466 countsByYear W19680834662022 @default.
• W1968083466 crossrefType "journal-article" @default.
• W1968083466 hasAuthorship W1968083466A5006307009 @default.
• W1968083466 hasAuthorship W1968083466A5023248651 @default.
• W1968083466 hasAuthorship W1968083466A5058175852 @default.
• W1968083466 hasAuthorship W1968083466A5088985836 @default.
• W1968083466 hasBestOaLocation W19680834662 @default.
• W1968083466 hasConcept C107872376 @default.
• W1968083466 hasConcept C132215390 @default.
• W1968083466 hasConcept C142724271 @default.
• W1968083466 hasConcept C143590824 @default.
• W1968083466 hasConcept C156634047 @default.
• W1968083466 hasConcept C159390177 @default.

• next