Matches in SemOpenAlex for { <https://semopenalex.org/work/W4206673057> ?p ?o ?g. }
- W4206673057 endingPage "271" @default.
- W4206673057 startingPage "251" @default.
- W4206673057 abstract "Abstract Backgrounds and aims Litter protects the underlying soil, depending on litterfall and decomposition, but dynamics of the standing litter stock in agroforestry systems remain poorly understood. We aimed to unravel effects of litter quality, temporal patterns, microclimate, and a possible home-field advantage (HFA) on standing litter dynamics across a land-use gradient. Methods We quantified litterfall, the standing litter stock, and microclimate during a year in (remnant) forest, cacao-based simple and complex agroforestry, cacao monocultures, and annual crops in a cacao producing area in Indonesia. We conducted a reciprocal litter transfer experiment, and tested decomposition rates of pruning residues. Standing litter stocks during the year were estimated from monthly litterfall and decomposition rates. Results Variation in litter quality influenced decomposition rates more strongly than variation in microclimate or HFA. Lower litter quality in complex agroforestry and in the cacao monoculture decreased the decay rate compared to simple agroforestry systems; mean litter residence time was over a year. Mixing high- and low-quality material in pruning residues modified the decomposition rate, soil C and N changes, offering options for targeted management of soil protection and nutrient release. Conclusions The seasonal patterns of litterfall and relatively slow decomposition rates supported permanence of the litter layer in all cacao production systems, protecting the underlying soil." @default.
- W4206673057 created "2022-01-26" @default.
- W4206673057 creator A5024038447 @default.
- W4206673057 creator A5051161903 @default.
- W4206673057 creator A5052619815 @default.
- W4206673057 creator A5055505539 @default.
- W4206673057 creator A5074391293 @default.
- W4206673057 creator A5083623201 @default.
- W4206673057 date "2022-01-08" @default.
- W4206673057 modified "2023-09-30" @default.
- W4206673057 title "Balancing litterfall and decomposition in cacao agroforestry systems" @default.
- W4206673057 cites W1534269564 @default.
- W4206673057 cites W1581224696 @default.
- W4206673057 cites W1813893672 @default.
- W4206673057 cites W1849539650 @default.
- W4206673057 cites W1971406130 @default.
- W4206673057 cites W1978767548 @default.
- W4206673057 cites W1981457167 @default.
- W4206673057 cites W1982812088 @default.
- W4206673057 cites W1984412649 @default.
- W4206673057 cites W1989949238 @default.
- W4206673057 cites W1991704630 @default.
- W4206673057 cites W1992965089 @default.
- W4206673057 cites W2000973272 @default.
- W4206673057 cites W2004137403 @default.
- W4206673057 cites W2009138626 @default.
- W4206673057 cites W2012266406 @default.
- W4206673057 cites W2013958977 @default.
- W4206673057 cites W2015706572 @default.
- W4206673057 cites W2021575064 @default.
- W4206673057 cites W2027623120 @default.
- W4206673057 cites W2053958999 @default.
- W4206673057 cites W2067242688 @default.
- W4206673057 cites W2091160252 @default.
- W4206673057 cites W2094578048 @default.
- W4206673057 cites W2096154142 @default.
- W4206673057 cites W2099876566 @default.
- W4206673057 cites W2106216867 @default.
- W4206673057 cites W2108600602 @default.
- W4206673057 cites W2112993182 @default.
- W4206673057 cites W2120013349 @default.
- W4206673057 cites W2124976596 @default.
- W4206673057 cites W2125116809 @default.
- W4206673057 cites W2137270765 @default.
- W4206673057 cites W2141334640 @default.
- W4206673057 cites W2143210178 @default.
- W4206673057 cites W2158954318 @default.
- W4206673057 cites W2159112315 @default.
- W4206673057 cites W2162093027 @default.
- W4206673057 cites W2163210582 @default.
- W4206673057 cites W2170599245 @default.
- W4206673057 cites W2172084595 @default.
- W4206673057 cites W2174589327 @default.
- W4206673057 cites W2174625678 @default.
- W4206673057 cites W2254794461 @default.
- W4206673057 cites W2259023433 @default.
- W4206673057 cites W2332724574 @default.
- W4206673057 cites W2333775851 @default.
- W4206673057 cites W2341881587 @default.
- W4206673057 cites W2395956642 @default.
- W4206673057 cites W2471672844 @default.
- W4206673057 cites W2557073674 @default.
- W4206673057 cites W2591713695 @default.
- W4206673057 cites W2725800982 @default.
- W4206673057 cites W2794964515 @default.
- W4206673057 cites W2800983809 @default.
- W4206673057 cites W2802620617 @default.
- W4206673057 cites W2908770572 @default.
- W4206673057 cites W2923011611 @default.
- W4206673057 cites W2944914157 @default.
- W4206673057 cites W2950803423 @default.
- W4206673057 cites W2960778551 @default.
- W4206673057 cites W2965544645 @default.
- W4206673057 cites W2992698836 @default.
- W4206673057 cites W2994181141 @default.
- W4206673057 cites W3007287269 @default.
- W4206673057 cites W3013176755 @default.
- W4206673057 cites W3013458156 @default.
- W4206673057 cites W3014874162 @default.
- W4206673057 cites W3032932890 @default.
- W4206673057 cites W3036678333 @default.
- W4206673057 cites W3043271367 @default.
- W4206673057 cites W3086304805 @default.
- W4206673057 cites W3089679445 @default.
- W4206673057 cites W3111545752 @default.
- W4206673057 cites W3121034144 @default.
- W4206673057 cites W3131614379 @default.
- W4206673057 cites W3133217277 @default.
- W4206673057 cites W3189249097 @default.
- W4206673057 cites W3191992871 @default.
- W4206673057 cites W4211239692 @default.
- W4206673057 cites W4244188972 @default.
- W4206673057 cites W4249115470 @default.
- W4206673057 cites W4300406416 @default.
- W4206673057 cites W647471758 @default.
- W4206673057 doi "https://doi.org/10.1007/s11104-021-05279-z" @default.
- W4206673057 hasPublicationYear "2022" @default.
- W4206673057 type Work @default.