FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W3035998230> ?p ?o ?g. }

• W3035998230 endingPage "693" @default.
• W3035998230 startingPage "693" @default.
• W3035998230 abstract "Research Highlights: In central Ontario, large quantities of non-industrial wood ash (NIWA) are generated and could be used as a forest soil amendment to counteract soil acidification and base cation depletion caused by decades of acid deposition. Background and Objectives: The properties and biogeochemical responses of NIWA have not been thoroughly explored, and field experiments must be conducted before NIWA can be regulated as a forest soil amendment in Ontario. Materials and Methods: In this study, soil chemistry and sugar maple (Acer saccharum, Marsh.) seedling growth and chemistry were measured in an acidic sugar bush over twelve months following a NIWA field experiment. Plots (2 m by 2 m) were established with sugar maple, white pine (Pinus strobus L.), and yellow birch (Betula alleghaniensis Britt.) NIWA treatments applied at rates of 6 Mg ha−1 along with untreated control plots. Results: Ash chemistry varied significantly among species and yellow birch ash generally had much higher metal concentrations compared with other species. Following ash application, significant increases in soil pH and calcium and magnesium concentrations were observed, however the level of response varied by treatment. Foliar concentrations of base cations in sugar maple seedlings significantly increased in ash treatments and there was no significant treatment effect on foliar metal concentrations or seedling growth. In roots and shoots, concentrations of several metals (manganese, aluminum, iron, boron, arsenic, cadmium, zinc, copper, lead, chromium, and nickel) increased after ash application, however response was most pronounced in yellow birch ash. Conclusions: These results suggest that application of NIWA can counteract the lasting effects of acid rain by increasing soil pH and base cation concentrations, as well as increasing sugar maple seedling foliar nutrient concentrations, but ashes from species with high metal contents may also increase metal availability to vegetation, at least in the short-term." @default.
• W3035998230 created "2020-06-25" @default.
• W3035998230 creator A5018125545 @default.
• W3035998230 creator A5083091438 @default.
• W3035998230 date "2020-06-19" @default.
• W3035998230 modified "2023-10-14" @default.
• W3035998230 title "Effects of Non-Industrial Wood Ash (NIWA) Applications on Soil Chemistry and Sugar Maple (Acer saccharum, Marsh.) Seedling Growth in an Acidic Sugar Bush in Central Ontario" @default.
• W3035998230 cites W1459051509 @default.
• W3035998230 cites W1880669581 @default.
• W3035998230 cites W1892482195 @default.
• W3035998230 cites W1968912648 @default.
• W3035998230 cites W1969065903 @default.
• W3035998230 cites W1969534078 @default.
• W3035998230 cites W1971208134 @default.
• W3035998230 cites W1975380003 @default.
• W3035998230 cites W1976167267 @default.
• W3035998230 cites W1977387318 @default.
• W3035998230 cites W1977566649 @default.
• W3035998230 cites W1981893469 @default.
• W3035998230 cites W1983043064 @default.
• W3035998230 cites W1983543546 @default.
• W3035998230 cites W1985011890 @default.
• W3035998230 cites W1991540823 @default.
• W3035998230 cites W1992918136 @default.
• W3035998230 cites W1993750087 @default.
• W3035998230 cites W1999775758 @default.
• W3035998230 cites W2000995952 @default.
• W3035998230 cites W2002871853 @default.
• W3035998230 cites W2011430452 @default.
• W3035998230 cites W2013473590 @default.
• W3035998230 cites W2016635786 @default.
• W3035998230 cites W2017893118 @default.
• W3035998230 cites W2023964442 @default.
• W3035998230 cites W2024570596 @default.
• W3035998230 cites W2024739517 @default.
• W3035998230 cites W2030761776 @default.
• W3035998230 cites W2030841587 @default.
• W3035998230 cites W2034072770 @default.
• W3035998230 cites W2034860339 @default.
• W3035998230 cites W2048069072 @default.
• W3035998230 cites W2052221765 @default.
• W3035998230 cites W2052691284 @default.
• W3035998230 cites W2060759192 @default.
• W3035998230 cites W2060960535 @default.
• W3035998230 cites W2063561094 @default.
• W3035998230 cites W2063606949 @default.
• W3035998230 cites W2065017734 @default.
• W3035998230 cites W2066129019 @default.
• W3035998230 cites W2070404617 @default.
• W3035998230 cites W2071186110 @default.
• W3035998230 cites W2071412644 @default.
• W3035998230 cites W2071710560 @default.
• W3035998230 cites W2073185176 @default.
• W3035998230 cites W2075434492 @default.
• W3035998230 cites W2075808010 @default.
• W3035998230 cites W2076135635 @default.
• W3035998230 cites W2077300397 @default.
• W3035998230 cites W2079519757 @default.
• W3035998230 cites W2084233918 @default.
• W3035998230 cites W2084337353 @default.
• W3035998230 cites W2085031444 @default.
• W3035998230 cites W2085887903 @default.
• W3035998230 cites W2086719526 @default.
• W3035998230 cites W2086841810 @default.
• W3035998230 cites W2087946129 @default.
• W3035998230 cites W2094864367 @default.
• W3035998230 cites W2098138087 @default.
• W3035998230 cites W2101426854 @default.
• W3035998230 cites W2115483081 @default.
• W3035998230 cites W2117546886 @default.
• W3035998230 cites W2127594664 @default.
• W3035998230 cites W2166955380 @default.
• W3035998230 cites W2172190176 @default.
• W3035998230 cites W2256794216 @default.
• W3035998230 cites W2265889177 @default.
• W3035998230 cites W2477016207 @default.
• W3035998230 cites W2615979706 @default.
• W3035998230 cites W2765093354 @default.
• W3035998230 cites W2788325995 @default.
• W3035998230 cites W2923639689 @default.
• W3035998230 cites W2950612169 @default.
• W3035998230 cites W306464217 @default.
• W3035998230 cites W4231536343 @default.
• W3035998230 doi "https://doi.org/10.3390/f11060693" @default.
• W3035998230 hasPublicationYear "2020" @default.
• W3035998230 type Work @default.
• W3035998230 sameAs 3035998230 @default.
• W3035998230 citedByCount "5" @default.
• W3035998230 countsByYear W30359982302021 @default.
• W3035998230 countsByYear W30359982302022 @default.
• W3035998230 crossrefType "journal-article" @default.
• W3035998230 hasAuthorship W3035998230A5018125545 @default.
• W3035998230 hasAuthorship W3035998230A5083091438 @default.
• W3035998230 hasBestOaLocation W30359982301 @default.
• W3035998230 hasConcept C107872376 @default.
• W3035998230 hasConcept C144027150 @default.
• W3035998230 hasConcept C159750122 @default.
• W3035998230 hasConcept C17744445 @default.

• next