10th International Nitrogen Conference
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Session Details

Poster SessionAgriculture

Poster Session 2: Odd No. Core Time [01]

Wed. Nov 4, 2026 5:00 PM - 5:45 PM JST
Wed. Nov 4, 2026 8:00 AM - 8:45 AM UTC
RoomE-1（Poster (9:00~18:30)）

[01-P053]Impact of Land-Use Conversion on Soil Nitrous Oxide Emissions in a Peatland

*PONENG CHIANG1 (1. Experimental Forest, national Taiwan University (Taiwan))

[01-P055]Contrasting cropping soil properties drive changes in denitrification magnitude (N2O + N2) and product ratio (N2O/N2O + N2) under thermodynamically favourable redox conditions

*Lillian Hearn1,2,3, Taleta Bailey1, Roger Armstrong3, Johannes Friedl1,4, Robert Kirkby1, Naoya Takeda1, Helen Suter2, Peter Grace1 (1. Queensland University of Technology (Australia), 2. University of Melbourne (Australia), 3. Agriculture Victoria (Australia), 4. BOKU University (Austria))

[01-P057]Comparing Residue Load and Nitrogen Content as Drivers of Nitrous Oxide Emissions from Decomposing Crop Residues.

*Ellie Foster1 (1. Queensland University of Technology (Australia))

[01-P059]Fertilizing the system, not the crop: Impacts of integrated residue and nutrient management on soil carbon

*Andrew T Regan1, John Kirkegaard1, Alan Richardson1, Brian Wilson2, Chris Guppy2 (1. CSIRO (Australia), 2. University of New England (Australia))

[01-P061]Microbial regulation of fertiliser nitrogen movement under early and late fallow applications in dryland cropping systems in Australia

*Yui Osanai1, David Lester2, Michael Bell1 (1. The University of Queensland (Australia), 2. Queensland Department of Primary Industries (Australia))

[01-P063]Comparable silage maize yields but contrasting nitrate leaching under long-term animal manure and mineral fertilization

*Wilfred Teejay Adjadeh1, Franca Giannini-Kurina1, Johannes Lund Jensen1, Jørgen Eriksen1 (1. Department of Agroecology, Aarhus University (Denmark))

[01-P065]Nitrous oxide and ammonia emissions from crop residue: A Meta Analysis

*Shweta Pokhariyal1, Andreas Pacholski1 (1. Johann Heinrich von Thünen Institute (Germany))

[01-P067]Fertilizer potential of microalgal-bacterial biomass produced from seafood processing wastewater

Ayaka Suzuki1, Kakeru Taji1, Katsuya Shiratori2, Takashi Ikka1,3, Ryo Nagao1,3, *Hiroto Yamashita1,3 (1. Fac. of Agr., Shizuoka Univ. (Japan), 2. Tea Res. Cent., Shizuoka Pref. Res. Inst. Agri. (Japan), 3. Res. Inst. Green Sci. Tech., Shizuoka Univ. (Japan))

[01-P069]Fenton Oxidation of FOGO Compost for Nitrogen Sorption

*Joshua C.J. Wong1, Ettore Madonia2, Antonio Patti1 (1. Monash University (Australia), 2. University of Palermo (Italy))

[01-P071]Carbon-Driven Nitrogen Control: Reducing Loss and Improving Removal in Vegetable Systems

*Yingliang Yu1, Jingjing Duan1, Bei Yang1, Linzhang Yang1, Lihong Xue1 (1. Jiangsu Academy of Agricultural Sciences (China))

[01-P073]Effect of tillage intensity and soil compaction on Nitrous oxide emissions under Danish field Conditions

*Harika Bommisetty1, Lars Juhl Munkholm1, Henrik vestergaard Poulsen2, Lars Elsgaard1 (1. Aarhus university (Denmark), 2. Seges Innovation (Denmark))

[01-P075]Effects of Long-Term Fertilizer Management on the Abundance and Ratios of Soil N-Cycling Genes in Tropical Regions

*Kanade Fujiwara1, Shinya Iwasaki2, Arunrat Noppol3, Tancharoe Somrutai4, Toru Hamamoto1, Tomoyuki Makino1 (1. Tohoku University Graduate School of Agriculture (Japan), 2. JIRCAS (Japan), 3. Mahidol University (Thailand), 4. Department of Agriculture (Thailand))

[01-P077]Soil acidification reshapes microbial nitrogen metabolism revealed by shotgun metagenomics

*Akari Mitsuta1, Eiko Kuramae2, Késia Silva Lourenço3, Bruna Gonçalves de Oliveira4, Ohana Yonara de Assis Costa3, Heitor Cantarella4 (1. Kyoto University (Japan), 2. Utrecht University (Netherlands), 3. Netherlands Institute of Ecology (Netherlands), 4. Agronomic Institute of Campinas (Brazil))

[01-P079]Managing organic carbon inputs regulates nitrate reduction pathways and gaseous nitrogen product ratios in arable soils

*Zhijun Wei1 (1. Institute of Soil Science, Chinese Academy of Sciences (China))

[01-P081]Simulated plant-derived exudate pulses promote maize phosphorus uptake by recruiting specific rhizosphere microbial communities and shaping root metabolites

*Yixuan LIang1, Guiwei Wang1, Yuechao Yang1 (1. Shandong Agricultural University (China))

[01-P083]Exploring the Effects of Biological Nitrification Inhibition on the Rhizosphere Microbiome of a BNI-enabled Winter Wheat

*Marina Montserrat Diez1, Tadashi Yoshihashi2, Guntur Venkata Subbarao2, Eleftheria Bachtsevani3, Dimitrios Karpouzas4, Christina Hazard3, Melina Kerou1, Christa Schleper1 (1. Faculty of Life Sciences, University of Vienna (Austria), 2. Japan International Research Center for Agricultural Sciences (Japan), 3. University Claude Bernard Lyon 1 (France), 4. Department of Biochemistry and Biotechnology, University of Thessaly (Greece))

[01-P085]Wheat-legume intercropping improves nitrogen cycling, crop productivity and soil quality: Findings from living labs across Pakistan under LEGUMINOSE Project

*Muhammad Riaz1, Hashir Najeed1, Maryam Adil1, Shamina Imran Pathan2 (1. Government College University Faisalabad (Pakistan), 2. University of Florence (Italy))

[01-P087]Multispecies swards with low nitrogen fertiliser sustain forage yields in productive grasslands

*John A. Finn1, Saisampath Adusumilli1, Shona Baker1, Danielle Varley4, Caroline Brophy2, Suzanne Higgins4, Bridget Lynch1, Helen Sheridan3, Rishabh Vishwakarma2 (1. Teagasc (Ireland), 2. Trinity College Dublin (Ireland), 3. University College Dublin (Ireland), 4. AFBI (UK))

[01-P089]Potential of Leguminous Green Manure Crops as Nitrogen Sources in Acidic Tea Fields

*Risa Hirano1, Katsuya Shiratori2, Takashi Sato3, Reiko Sameshima1, Takashi Ikka1,4,5, Hiroto Yamashita1,4,5 (1. Fac. of Agr., Shizuoka Univ. (Japan), 2. Tea Res. Cent., Shizuoka Pref. Res. Inst. Agri. (Japan), 3. Fac. of Bio. Sci., Akita Pref. Univ. (Japan), 4. Inst. Tea Sci., Shizuoka Univ. (Japan), 5. Res. Inst. Green Sci. Tech., Shizuoka Univ. (Japan))

[01-P091]Nitrogen fertilser use on New Zealand dairy and sheep and beef farms

*Warwick Catto1 (1. Ballance Agri-Nutrients (New Zealand))

[01-P093]When soil pays back: gross-margin effects of a Lablab purpureus L. cover crop in processing tomato

Katia Carrasqueira2, Pedro Carrasqueira, João Silva2, *Claudia S. C. Marques-dos-Santos1,2 (1. Forest Research Centre, Associate Laboratory TERRA, School of Agriculture, University of Lisbon (Portugal), 2. CCTI, Centro de Competências do Tomate de Indústria (Portugal))

[01-P095]Reintroducing Lablab purpureus in Mediterranean agriculture: establishment strategies for nitrogen-efficient systems

*João Santos Silva1, Katia Carrasqueira1, Cláudia Marques-dos-Santos1,2 (1. CCTI - Centro de Competências para o Tomate Indústria (Portugal), 2. Forest Research Centre, Associate Laboratory TERRA, School of Agriculture, University of Lisbon (Portugal))

[01-P097]Effectiveness of Agricultural Green Development measures in reducing nutrient losses to air and water: a case study in the Lake Erhai basin

*Chen Zheng1,2, Maryna Strokal1, Yulong Yin2, Zhenling Cui2, Mengru Wang1 (1. Earth Systems and Global Change Group, PO BOX 47, 6700AA Wageningen, the Netherlands (Netherlands), 2. College of Resources and Environmental Sciences, China Agricultural University, Beijing, 100193, China (China))

[01-P099]A Global Soil Nutrient and Nutrient Budget Map Dataset for Non-Fodder Crops

*Yuhao Wang1, Xin Zhang1 (1. University of Maryland Center for Environmental Science (USA))

[01-P101]Evaluating differentiated approaches to farm-scale nitrogen inventories: Opportunities and challenges

*Mads Rønby Priess1, Nick Hutchings1, Tommy Dalgaard1 (1. Aarhus University (Denmark))

[01-P103]Polarizing trends in interprovincial crop trade and environmental sustainability in China during 1980-2019

*Ning Chai1, Feng Zhang2, Feng-min Li2, Yixin Guo1 (1. Earth, Ocean and Atmospheric Sciences (EOAS) Thrust, Function hub, Hong Kong University of Science & Technology (Guangzhou) (China), 2. State Key Laboratory of Herbage Improvement and Grassland Agro-ecosystems, College of Ecology, Lanzhou University (China))

[01-P105]Soil Fertility in Natural Farming Systems

*Ayame Kawai1, Maki Asano1, Hiromi Fujiki (1. University of Tsukuba (Japan))

[01-P107]Braiding Conservation Programmes to Keep Nitrogen Cycling: GIAHS, Slow Food, Geopark, and OECM in Tokushima, Japan

*Naoki Naito1, Rika Hayashi1, Aya Noguchi1, Rinka Hidaka1, Iori Tanaka1 (1. Tokushima University (Japan))

[01-P109]Nitrogen use efficiency (NUE) vs NUE indicators. What is more appropriate for arable farmers?

*Emmanuel Chakwizira1, Joanna Sharp2, Xiumei Yang2, Dirk Wallace1 (1. Foundation for Arable Research (New Zealand), 2. New Zealand Institute for Bioeconomy Science (New Zealand))
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