FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313487636> ?p ?o ?g. }

• W4313487636 endingPage "108948" @default.
• W4313487636 startingPage "108948" @default.
• W4313487636 abstract "In predicting how soil C fluxes and stocks will change with the environment, models are a critical tool for integrating datasets with theory. Models developed in the 1980's were based on 1st order kinetics of C-pools defined by turnover time. However, new models generally include microbes as decomposers although they vary in the number and nature of microbial pools. They don't, however, integrate modern omics-based datasets because models have coarse resolution and need to function even in the absence of community data—geographically or into the future. There are several issues new models must address to be valuable for large-scale synthesis. First, how to incorporate microbes and their activities—how many pools of organisms? How should they be defined? How should they drive C-cycling? Should their synthesis of degradative enzymes be treated implicitly or explicitly? Second, carbon use efficiency (CUE)—the partitioning of processed C between respiration and re-synthesis into biomass. This term is critical because the size of the biomass influences its rate of organic matter processing. A focus has been on CUE's temperature sensitivity—most studies suggest it declines as temperature rises, which would limit decomposition and organic matter loss. The final novel modeling element I discuss is “priming”—the effect of fresh inputs on decomposition of native organic matter (OM). Priming can either repress or accelerate the breakdown of native OM. But whether, and how, to capture priming effects in soil organic matter models remains an area of exploration." @default.
• W4313487636 created "2023-01-06" @default.
• W4313487636 creator A5020677883 @default.
• W4313487636 date "2023-03-01" @default.
• W4313487636 modified "2023-10-07" @default.
• W4313487636 title "Modeling ecosystem-scale carbon dynamics in soil: The microbial dimension" @default.
• W4313487636 cites W1658177534 @default.
• W4313487636 cites W1971814912 @default.
• W4313487636 cites W1974929430 @default.
• W4313487636 cites W1978614965 @default.
• W4313487636 cites W1984412649 @default.
• W4313487636 cites W2004380929 @default.
• W4313487636 cites W2009143343 @default.
• W4313487636 cites W2011828785 @default.
• W4313487636 cites W2016036630 @default.
• W4313487636 cites W2020619169 @default.
• W4313487636 cites W2020776517 @default.
• W4313487636 cites W2026010848 @default.
• W4313487636 cites W2029707116 @default.
• W4313487636 cites W2033090646 @default.
• W4313487636 cites W2049453078 @default.
• W4313487636 cites W2050489566 @default.
• W4313487636 cites W2083039584 @default.
• W4313487636 cites W2093833843 @default.
• W4313487636 cites W2102018547 @default.
• W4313487636 cites W2106320450 @default.
• W4313487636 cites W2107567909 @default.
• W4313487636 cites W2123757210 @default.
• W4313487636 cites W2132484323 @default.
• W4313487636 cites W2134121486 @default.
• W4313487636 cites W2136472426 @default.
• W4313487636 cites W2138540827 @default.
• W4313487636 cites W2138728925 @default.
• W4313487636 cites W2149497576 @default.
• W4313487636 cites W2153265741 @default.
• W4313487636 cites W2162066644 @default.
• W4313487636 cites W2167450434 @default.
• W4313487636 cites W2175900236 @default.
• W4313487636 cites W2185053015 @default.
• W4313487636 cites W2265070161 @default.
• W4313487636 cites W2311493409 @default.
• W4313487636 cites W2592464838 @default.
• W4313487636 cites W2607230262 @default.
• W4313487636 cites W2614283331 @default.
• W4313487636 cites W2730120764 @default.
• W4313487636 cites W2767538271 @default.
• W4313487636 cites W2775829685 @default.
• W4313487636 cites W2778745338 @default.
• W4313487636 cites W2805163127 @default.
• W4313487636 cites W2805500415 @default.
• W4313487636 cites W2805892078 @default.
• W4313487636 cites W2884156547 @default.
• W4313487636 cites W2885785049 @default.
• W4313487636 cites W2887059298 @default.
• W4313487636 cites W2889525005 @default.
• W4313487636 cites W2896080895 @default.
• W4313487636 cites W2897830120 @default.
• W4313487636 cites W2930327325 @default.
• W4313487636 cites W2936192192 @default.
• W4313487636 cites W2945459136 @default.
• W4313487636 cites W2978257738 @default.
• W4313487636 cites W2996522366 @default.
• W4313487636 cites W3005958724 @default.
• W4313487636 cites W3033634976 @default.
• W4313487636 cites W3044067219 @default.
• W4313487636 cites W3089425996 @default.
• W4313487636 cites W3126607873 @default.
• W4313487636 cites W3127932991 @default.
• W4313487636 cites W3184459664 @default.
• W4313487636 cites W3194312990 @default.
• W4313487636 cites W3194398606 @default.
• W4313487636 cites W3210439835 @default.
• W4313487636 cites W4200523611 @default.
• W4313487636 cites W4206459879 @default.
• W4313487636 cites W4210618819 @default.
• W4313487636 cites W4213216410 @default.
• W4313487636 cites W4214637392 @default.
• W4313487636 cites W4220869573 @default.
• W4313487636 cites W4221068217 @default.
• W4313487636 cites W4223478711 @default.
• W4313487636 cites W4224231561 @default.
• W4313487636 cites W4226216092 @default.
• W4313487636 cites W4252316393 @default.
• W4313487636 cites W4281556457 @default.
• W4313487636 cites W4281744491 @default.
• W4313487636 cites W4285055098 @default.
• W4313487636 cites W4285736515 @default.
• W4313487636 cites W4293282515 @default.
• W4313487636 doi "https://doi.org/10.1016/j.soilbio.2023.108948" @default.
• W4313487636 hasPublicationYear "2023" @default.
• W4313487636 type Work @default.
• W4313487636 citedByCount "8" @default.
• W4313487636 countsByYear W43134876362023 @default.
• W4313487636 crossrefType "journal-article" @default.
• W4313487636 hasAuthorship W4313487636A5020677883 @default.
• W4313487636 hasConcept C104170005 @default.
• W4313487636 hasConcept C110872660 @default.
• W4313487636 hasConcept C115540264 @default.

• next