Matches in SemOpenAlex for { <https://semopenalex.org/work/W2770290978> ?p ?o ?g. }
- W2770290978 endingPage "160" @default.
- W2770290978 startingPage "149" @default.
- W2770290978 abstract "Tropical forests are characterized by high biodiversity and aboveground biomass growing on strongly weathered soils. However, the distribution of plant species and soils are highly variable even within a tropical region. This paper reviews existing and novel knowledge on soil genesis, plant and microbial physiology, and biogeochemistry. Typically, forests in Southeast Asia are dominated by dipterocarps growing on acidic Ultisols from relatively young parent material. In the Neotropics and Africa, forests contain abundant legume trees growing on Oxisols developed in the older parent materials on stable continental shields. In Southeast Asia, the removal of base cations from the surface soil due to leaching and uptake by dipterocarp trees result in intensive acidification and accumulation of exchangeable Al3+, which is toxic to most plants. Nutrient mining by ectomycorrhizal fungi and efficient allocation within tree organs can supply phosphorus (P) for reproduction (e.g., mast fruiting) even on P-limited soils. In the Neotropics and Africa, nitrogen (N) fixation by legume trees can ameliorate N or P limitation but excess N can promote acidification through nitrification. Biological weathering [e.g., plant silicon (Si) cycling] and leaching can lead to loss of Si from soil. The resulting accumulation of Al and Fe oxides in Oxisols that can reduce P solubility through sorption and lead to limitation of P relative to N. Thus, geographical variation in geology and plant species drives patterns of soil weathering and niche differentiation at the global scale in tropical forests." @default.
- W2770290978 created "2017-12-04" @default.
- W2770290978 creator A5007602058 @default.
- W2770290978 creator A5008058337 @default.
- W2770290978 creator A5044253569 @default.
- W2770290978 creator A5068266360 @default.
- W2770290978 creator A5079553350 @default.
- W2770290978 creator A5085514281 @default.
- W2770290978 date "2017-11-16" @default.
- W2770290978 modified "2023-10-18" @default.
- W2770290978 title "Plant–soil interactions maintain biodiversity and functions of tropical forest ecosystems" @default.
- W2770290978 cites W1525441519 @default.
- W2770290978 cites W1935199567 @default.
- W2770290978 cites W1965984276 @default.
- W2770290978 cites W1971771373 @default.
- W2770290978 cites W1972291367 @default.
- W2770290978 cites W1973815825 @default.
- W2770290978 cites W1976955014 @default.
- W2770290978 cites W1978287036 @default.
- W2770290978 cites W1980680725 @default.
- W2770290978 cites W1981237360 @default.
- W2770290978 cites W1982198599 @default.
- W2770290978 cites W1982692263 @default.
- W2770290978 cites W1983998453 @default.
- W2770290978 cites W1993313895 @default.
- W2770290978 cites W1999225904 @default.
- W2770290978 cites W2001103964 @default.
- W2770290978 cites W2002508854 @default.
- W2770290978 cites W2008871863 @default.
- W2770290978 cites W2017270036 @default.
- W2770290978 cites W2020661042 @default.
- W2770290978 cites W2021369172 @default.
- W2770290978 cites W2025670780 @default.
- W2770290978 cites W2026049880 @default.
- W2770290978 cites W2033214371 @default.
- W2770290978 cites W2034516855 @default.
- W2770290978 cites W2038859578 @default.
- W2770290978 cites W2039488191 @default.
- W2770290978 cites W2041383474 @default.
- W2770290978 cites W2053017269 @default.
- W2770290978 cites W2053820642 @default.
- W2770290978 cites W2054320288 @default.
- W2770290978 cites W2055764430 @default.
- W2770290978 cites W2063733074 @default.
- W2770290978 cites W2065582616 @default.
- W2770290978 cites W2069903502 @default.
- W2770290978 cites W2076768304 @default.
- W2770290978 cites W2080373178 @default.
- W2770290978 cites W2083861294 @default.
- W2770290978 cites W2085958776 @default.
- W2770290978 cites W2086069227 @default.
- W2770290978 cites W2090013292 @default.
- W2770290978 cites W2091698369 @default.
- W2770290978 cites W2093514921 @default.
- W2770290978 cites W2095993542 @default.
- W2770290978 cites W2099271921 @default.
- W2770290978 cites W2099476391 @default.
- W2770290978 cites W2099876566 @default.
- W2770290978 cites W2109837401 @default.
- W2770290978 cites W2113285139 @default.
- W2770290978 cites W2113861308 @default.
- W2770290978 cites W2116465143 @default.
- W2770290978 cites W2116807762 @default.
- W2770290978 cites W2117765329 @default.
- W2770290978 cites W2119009055 @default.
- W2770290978 cites W2121592212 @default.
- W2770290978 cites W2123638813 @default.
- W2770290978 cites W2128544012 @default.
- W2770290978 cites W2129324373 @default.
- W2770290978 cites W2138353304 @default.
- W2770290978 cites W2138540827 @default.
- W2770290978 cites W2138925628 @default.
- W2770290978 cites W2144160962 @default.
- W2770290978 cites W2147201378 @default.
- W2770290978 cites W2147538849 @default.
- W2770290978 cites W2152875269 @default.
- W2770290978 cites W2154284594 @default.
- W2770290978 cites W2154392986 @default.
- W2770290978 cites W2155254944 @default.
- W2770290978 cites W2158614840 @default.
- W2770290978 cites W2159917767 @default.
- W2770290978 cites W2160351152 @default.
- W2770290978 cites W2164695205 @default.
- W2770290978 cites W2167858849 @default.
- W2770290978 cites W2173986099 @default.
- W2770290978 cites W2289720091 @default.
- W2770290978 cites W2317869783 @default.
- W2770290978 cites W2320023580 @default.
- W2770290978 cites W2324980489 @default.
- W2770290978 cites W2401650652 @default.
- W2770290978 cites W2531880886 @default.
- W2770290978 cites W2553548740 @default.
- W2770290978 cites W4206049288 @default.
- W2770290978 cites W4206174379 @default.
- W2770290978 cites W4230644969 @default.
- W2770290978 cites W4248796098 @default.
- W2770290978 cites W66361848 @default.
- W2770290978 doi "https://doi.org/10.1007/s11284-017-1511-y" @default.