Soil Use and Management 三本特刊征稿

• Carbon stocks and sequestration in different land uses and land management

• Methods for robust measurement, modelling and reporting of soil carbon stocks and sequestration

• Soil carbon storage potential in different land uses under different soil types

• Factors influencing carbon dynamics in soil and ecosystem as a whole

• Role of soil microbes in soil greenhouse gas emissions and ecosystem biogeochemical cycles

• Land use interventions to enhance soil carbon stocks

• Impact of pollution and other such environmental changes on ecosystem carbon dynamics

• Challenges in perception and adoption of positive intervention in land management for net zero

• Co-benefits such as biodiversity gains, soil pollution control, enhanced ecosystem services, enhance agricultural sustainability etc. in soil management for land use for net zero

• Land use for net zero, soil health and One Health

• Policy, socio-economic and behavioural challenges and opportunities associated with land use for net zero

📌 本期特刊截稿日期：

Sunday, 28 February 2027

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• Advances in understanding interactions between high-latitude soils and agroecosystems

• Permafrost and agroecosystem interactions

• Best management practices and the role of soil amendments in enhancing and restoring soil health in high-latitude agroecosystems

• Soil carbon sequestration and greenhouse gas emissions in high-latitude agroecosystems

• Soil degradation in high-latitudes, including land conversion from natural land to agroecosystems

• Roles of Indigenous and local knowledge in sustaining high-latitude agroecosystems including Indigenous ecological knowledge of soil management, amendments and native plant cultivation and local knowledge of soil-agroecosystem interactions and responses

📌 本期特刊截稿日期：

Sunday, 31 January 2027

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• Linking microscale microbial interactions, traits, and functions to ecosystem-level carbon and nutrient cycling

• Development and testing of theoretical frameworks connecting microbial indicators to SOC dynamics and land management practices

• Modeling approaches that integrate microbial community composition, diversity, and functional traits to predict SOC formation, stabilization, and nutrient fluxes

• Field and laboratory experiments quantifying the influence of microbial community structure on decomposition, carbon persistence, and nutrient cycling

• Empirical validation of microbial indicators for SOC monitoring, soil health assessment, and management decision-making

• Case studies demonstrating how microbial information improves SOC and nutrient management

• Identification of microbial attributes (composition, diversity, traits) most predictive of ecosystem processes relevant for soil management

• Evaluation of the added value of microbial data for SOC modeling, monitoring, and policy-relevant decision-making

• Integration of microbial indicators into soil management strategies and climate–carbon feedback assessments

• Studies addressing the spatial and temporal scaling of microbial observations to actionable management insights

• Methodological advances that facilitate linking DNA-based microbial descriptors with functional ecosystem outcomes

• Interdisciplinary approaches combining microbiology, soil science, ecosystem modeling, and management to advance predictive understanding of SOC dynamics

📌 本期特刊截稿日期：

Thursday, 31 December 2026

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期刊简介

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