Effects of nutrient fertilization on root decomposition and carbon accumulation in intensively managed grassland soils by Dario A. Fornara, David Flynn, Tancredi Caruso

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Environmental impacts and nutrient recycling on pastures grazed by cattle by J.M.B. Vendramini, M.L.A. Silveira, J.C.B. Dubeux Jr., L.E. Sollenberger

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Soils under seal carcasses with varying degrees of decomposition: oasis of nutrients and vegetation in Antarctica by CARLOS ERNESTO G.R. SCHAEFER, EDUARDO O. SENRA, DANIELA SCHMITZ, RAFAEL G. SIQUEIRA, MAYARA D. DE PAULA, JAIR PUTZKE, FABIO S. DE OLIVEIRA, LARA G. MAIA, ANIFO S.M. IBRAIMO, MÁRCIO R. FRANCELINO

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Deciphering phytomicrobiomes for sustainable crop production: Recent findings and future perspectives by Vikash Kumar, Nikhil Raghuvanshi, Abhishek Kumar, Lellapalli Rithesh, Alok Rai, Abhay K. Pandey

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Spatial distribution of feces and estimates of nitrogen return by dairy cows on mombasa grass pastures by Rodrigo Gregório da Silva, José Neuman Miranda Neiva, Antonio Clementino dos Santos, Magno José Duarte Cândido, Antonio Luiz Dias Sousa, Marcos Neves Lopes, Rafael de Oliveira da Silva, Leovegildo Caldas Carneiro

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Deep-Rooted Plant Species Recruit Distinct Bacterial Communities in the Subsoil by Frederik Bak, Annemette Lyhne-Kjærbye, Stacie Tardif, Dorte Bodin Dresbøll, Ole Nybroe, Mette H. Nicolaisen

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The Complicated and Confusing Ecology of <italic toggle="yes">Microcystis</italic> Blooms by Steven W. Wilhelm, George S. Bullerjahn, R. Michael L. McKay

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Alkaline phosphatase activity in an equatorial coral reef ecosystem unrelated to seasonal nutrient dynamics by Nichols, Robert S., Moynihan, Molly A., Martin, Patrick

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Sampling strategies for tropical forest nutrient cycling studies: a case study in São Paulo, Brazil by G. Sparovek, O. A. Camargo

“…The objective of this study was to define a sampling strategy and data analysis for some parameters frequently used in nutrient cycling studies, i. e., litter amount, total nutrient amounts in litter and its composition (Ca, Mg, Κ, Ν and P), and soil attributes at three depths (organic matter, Ρ content, cation exchange capacity and base saturation). …”
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Nutrient cycle in a Scots pine stand I. Seasonal variation in nutrient content of vegetation and soil by Lehtonen, I., Kellomäki, S., Westman, C.

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Reduced litterfall and decomposition alters nutrient cycling following conversion of tropical natural forests to rubber plantations by Xiai Zhu, Xiaojin Jiang, Ashutosh Kumar Singh, Huanhuan Zeng, Chunfeng Chen, Enfu Lu, Wenjie Liu

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Raised water temperature enhances benthopelagic links via intensified bioturbation and benthos-mediated nutrient cycling by Eilish M. Farrell, Andreas Neumann, Jan Beermann, Alexa Wrede

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Bacteria with Different Assemblages in the Soil Profile Drive the Diverse Nutrient Cycles in the Sugarcane Straw Retention Ecosystem by Caifang Zhang, Muhammad Tayyab, Ahmad Yusuf Abubakar, Ziqi Yang, Ziqin Pang, Waqar Islam, Zhaoli Lin, Shiyan Li, Jun Luo, Xiaoliang Fan, Nyumah Fallah, Hua Zhang

“…At the genus level, SR enriched the topsoil with <i>Gp1</i>, <i>Gp2</i>, <i>Gp5</i>, <i>Gp7</i>, <i>Gemmatimonas</i>, <i>Kofleria</i>, <i>Sphingomonas</i>, and <i>Gaiella</i>, which decompose lignocellulose and contribute to nutrient cycling. In summary, SR not only improved soil physicochemical properties and enzyme activities but also enriched bacterial taxa involved in lignocellulosic decomposition and nutrient cycling (C and N) throughout the soil profile. …”
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Soil bacterial communities associated with multi-nutrient cycling under long-term warming in the alpine meadow by Xiaorong Zhou, Xiaorong Zhou, Xianke Chen, Xianke Chen, Xianke Chen, Xiangning Qi, Xiangning Qi, Yiyuan Zeng, Yiyuan Zeng, Xiaowei Guo, Guoqiang Zhuang, Guoqiang Zhuang, Anzhou Ma, Anzhou Ma

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Iterative chemostat: A modelling framework linking biosynthesis to nutrient cycling on ecological and evolutionary time scales by Irakli Loladze

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The core mangrove microbiome reveals shared taxa potentially involved in nutrient cycling and promoting host survival by Benjamin J. Wainwright, Trevor Millar, Lacee Bowen, Lauren Semon, K. J. E. Hickman, Jen Nie Lee, Zhi Yi Yeo, Geoffrey Zahn

“…Abstract Background Microbes have fundamental roles underpinning the functioning of our planet, they are involved in global carbon and nutrient cycling, and support the existence of multicellular life. …”
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Heterogeneity of soil bacterial and bacteriophage communities in three rice agroecosystems and potential impacts of bacteriophage on nutrient cycling by Yajiao Wang, Yu Liu, Yuxing Wu, Nan Wu, Wenwen Liu, Xifeng Wang

“…Soil bacteriophages can affect nutrient cycling by boosting host metabolism through the carried auxiliary metabolic genes (AMGs) and lysing the host bacteria that are involved in biogeochemical cycles. …”
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The Impact of the Soil Survival of the Pathogen of <i>Fusarium</i> Wilt on Soil Nutrient Cycling Mediated by Microorganisms by Xuecheng Yan, Shuhan Guo, Kexiang Gao, Shuaibin Sun, Chenglin Yin, Yehan Tian

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Biochar improves the nutrient cycle in sandy-textured soils and increases crop yield: a systematic review by Madina Bekchanova, Luca Campion, Stephan Bruns, Tom Kuppens, Johannes Lehmann, Marijke Jozefczak, Ann Cuypers, Robert Malina

“…Data extraction involved categorizing the various properties of the nutrient cycle into nine main Soil and Plant Properties (SPPs), each of which was studied independently. …”
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Autumn Maize Intercropped with Tropical Forages: Crop Residues, Nutrient Cycling, Subsequent Soybean and Soil Quality by Francisco Cézar Belchor Lages Pereira, Luiz Malcolm Mano de Mello, Cristiano Magalhães Pariz, Veridiana Zocoler de Mendonça, Élcio Hiroyoshi Yano, Elka Elice Vasco de Miranda, Carlos Alexandre Costa Crusciol

“…ABSTRACT Autumn maize intercropped with tropical forages can raise the amount of crop residues and improve nutrient cycling, favoring subsequent soybean crop. The objective of this study was to evaluate the effect of forms of implementation of intercropping of irrigated autumn maize with tropical forages on yield, decomposition, nutrient accumulation and release, and on the ratio of lignin/total N of forage residues, yield components, and grain yield of subsequent soybean, and on soil physical and chemical properties, under no-tillage in lowland Cerrado. …”
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