MINERALIZATION

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Alterations of soil aggregates and intra-aggregate organic carbon fractions after soil conversion from paddy soils to upland soils:Distribution,mineralization and driving mechanism被引量：1
《Pedosphere》2024年第1期121-135,共15页Longfei KANG Jiamei WU Chunfeng ZHANG Baoguo ZHU Guixin CHU 
jointly supported by the National Natural Science Foundation of China(No.41161047);the Scientific Development and Technology Innovation Project of Xinjiang Production and Construction Group(XPCG)in China(No.2017BA041)。
Investigating the impacts of soil conversion on soil organic carbon(OC) content and its fractions within soil aggregates is essential for defining better strategies to improve soil structure and OC sequestration in te...
关键词：decay constant easily oxidized organic C macro-aggregate meso-aggregate MICRO-AGGREGATE mineral-bound organic C particulate organic C potentially mineralizable C 
Effect of lignite amendment on carbon and nitrogen mineralization from raw and composted manure during incubation with soil
《Pedosphere》2022年第5期785-795,共11页Robert IMPRAIM Anthony WEATHERLEY Deli CHEN Helen SUTER 
supported by the Meat and Livestock Australia(No.B.FLT.0148)。
The application of animal manure as a source of plant nutrients requires the determination of the amount and pattern of nutrient mineralization from manure.A laboratory incubation study was conducted to investigate th...
关键词：CO_(2)evolution manure mineralization mineral N NITRIFICATION soil incubation 
Earthworm regulation of nitrogen pools and dynamics and marker genes of nitrogen cycling: A meta-analysis被引量：2
《Pedosphere》2022年第1期131-139,共9页Rui XUE Chong WANG Xuelian LIU Mengli LIU 
Earthworms, as the ecosystem engineers, both directly and indirectly affect the nitrogen(N) cycle. We aimed to provide a quantitative assessment of the contribution of earthworms to the terrestrial ecosystem N cycle u...
关键词：ammonia-oxidizing bacteria DENITRIFICATION earthworm functional group MINERALIZATION NITRIFICATION residue input 
Priming effect and its regulating factors for fast and slow soil organic carbon pools: A meta-analysis被引量：3
《Pedosphere》2022年第1期140-148,共9页Changfu HUO Junyi LIANG Weidong ZHANG Peng WANG Weixin CHENG 
The priming effect (PE) plays a critical role in the control of soil carbon (C) cycling and influences the alteration of soil organic C (SOC) decomposition by fresh C input.However,drivers of PE for the fast and slow ...
关键词：boosted regression tree fresh C input recalcitrant carbon soil carbon cycling soil carbon mineralization soil moisture soil nitrogen content soil organic carbon 
Impacts of wetting-drying cycles on short-term carbon and nitrogen dynamics in Amynthas earthworm casts
《Pedosphere》2021年第3期423-432,共10页Michelle Man Suet LAW Derrick Yuk Fo LAI 
We thank the Agriculture,Fisheries and Conservation Department of the Hong Kong SAR Government(China)for the permission of field sampling.
Effects of earthworm casts on soil nutrient dynamics and their responses to changing moisture availability in subtropical ecosystems remain poorly understood.This study aimed to examine short-term carbon(C)and nitroge...
关键词：aggregate stability Cand N cycling earthworm activity earthworm casting greenhouse gas flux MINERALIZATION organic matter rainfall simulation 
Biodiversity,current developments and potential biotechnological applications of phosphorus-solubilizing and-mobilizing microbes:A review被引量：20
《Pedosphere》2021年第1期43-75,共33页Divjot KOUR Kusam Lata RANA Tanvir KAUR Neelam YADAV Ajar Nath YADAV Manish KUMAR Vinod KUMAR Harcharan Singh DHALIWAL Anil Kumar SAXENA 
the Department of Biotechnology,Akal College of Agriculture,Eternal University and the Department of Environment,Science&Technology(DEST),India-funded project“Development of Microbial Consortium as Bio-inoculants for Drought and Low Temperature Growing Crops for Organic Farming in Himachal Pradesh”for providing the facilities and financial support to undertake the investigations。
As one of the most important and essential macronutrients next to nitrogen,phosphorus(P)is important for plant development,but it is the least mobile nutrient element in plant and soil.Globally,P is mined from geologi...
关键词：crop improvement gene expression microbial diversity organic acid production P mineralization P solubilizer phosphatase production plant growth-promoting traits 
Effects of Plant Residue Decomposition on Soil N Availability,Microbial Biomass and β-Glucosidase Activity During Soil Fertility Improvement in Ghana
《Pedosphere》2019年第5期608-618,共11页Samuel T. PARTEY Robert B. Z0UGM0RE Naresh V. THEVATHASAN Richard F. PREZIOSI 
fully funded by the International Foundation for Science (IFS) in Stockholm;supported by the West Africa Regional Program of the CGIAR Research Program on Climate Change, Agriculture, and Food Security (CCAFS) in Bamako, Mali
With limited use of inorganic fertilizers on smallholder farms,plant residues could be viable alternatives for soil fertility improvement.This study was conducted to determine how residue quality and decomposition of ...
关键词：leguminous species LITTER quality microbial ACTIVITY N MINERALIZATION nutrient release organic matter 
Effect of Soil Drying Intensity During an Experimental Drying-Rewetting Event on Nutrient Transformation and Microbial Community Composition被引量：3
《Pedosphere》2018年第4期644-655,共12页SUN Dashend BI Qingfang LI Kejie ZHU Jun ZHANG Qichun JIN Chongwei LU Lingli LIN Xianyong 
supported by the Scientific and Technological Innovation Fund of Shanxi Agricultural University,China(No.2017YJ17);the Outstanding Doctor Funding Award of Shanxi Province,China(No.SXYBKY201720);the National Basic Research Program(973 Program)of China(No.2013CB127403);the Strategic Priority Research Program of Chinese Academy of Sciences(No.XDB15020402);the National Natural Science Foundation of China(No.41571130061)
Soil drying-rewetting(DRW) events affect nutrient transformation and microbial community composition; however, little is known about the influence of drying intensity during the DRW events. Therefore, we analyzed soil...
关键词：drought-resistant microbial groups gravimetric water content microbial biomass nutrient mineralization nutrient pulse soil microbes soil respiration 
Can Biochar Protect Labile Organic Matter Against Mineralization in Soil?被引量：3
《Pedosphere》2017年第5期822-831,共10页giovanna b.melas oriol ortiz josep m.alacaiz 
the Government of Aragon,Spain;the European Social Fund for the financial support
Biochar could help to stabilize soil organic （SOM） matter, thus sequestering carbon （C） into the soil. The aim of this work was to determine an easy method i） to estimate the effects of the addition of biochar an...
关键词：C source glucose sorption microbial biomass NUTRIENTS soil respiration 
Fate Processes of Chlorobenzenes in Soil and Potential Remediation Strategies: A Review被引量：10
《Pedosphere》2017年第3期407-420,共14页Ferdi BRAHUSHI Fredrick Orori KENGARA SONG Yang JIANG Xin Jean Charles MUNCH WANG Fang 
financially supported by the Outstanding Youth Fund of the Natural Science Foundation of Jiangsu, China (No. BK20150050);the National Science and Technology Major Project of China (No. 2016YFD08000204);the National Key Basic Research Program of China (No. 2014CB441105);the National Natural Science Foundation of China (Nos. 21277148, 21677149 and 41671236);the National Council for Science and Technology of Kenya (No. NCST/ST&I/RCD/2ND CALL/POST DOC/039)
Chlorobenzenes （CBs） are a group of organic pollutants that pose a high environmental risk due to their toxicity, persistence and possible transfer in the food chain. Available data in literature show that CBs axe d...
关键词：BIODEGRADATION chlorinated benzenes environmental risk IMMOBILIZATION MINERALIZATION organic pollutant reductivedechlorination 
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