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| 1 | Greenhouse gas emissions from European soils under different land use: effects of soil moisture and temperature显示文摘 | G.Schaufler B.Kitzler A.Schindlbacher U.Skiba M. A.Sutton S.Zechmeister‐Boltenstern | 2010 | European Journal of Soil Science2010，，5： | 1 |
| 2 | Ammonia: emission, atmospheric transport and deposition显示文摘 | WILLEM A. H.ASMAN MARK A.SUTTON JAN K.SCHJ?RRING | 2008 | New Phytologist2008，，1： | 1 |
| 3 | A Credit System to Solve Agricultural Nitrogen Pollution显示文摘Increasing amounts of nitrogen fertilizer have been used in agriculture during the last decades to boost food production for the increasing global human population.The marked increase in reactive nitrogen use has also contributed to severe nitrogen pollution and multiple impacts on human and ecosystems'health.1 Nitrogen is an important precursor to air pollution(e.g.,fine particulate matter,near-surface ozone),water pollution(algal blooms,nitrate contamination),biodiversity loss(nitrogen deposition and eutrophication),soil acidification(ammonium fertilizer use),and global warming(nitrous oxide).2 Agricultural nitrogen pollution has decreased in some high-income countries,such as those in the European Union(EU),during the last decades,but the remaining nitrogen pollution still causes serious damage.The societal cost of nitrogen pollution by agriculture in the EU has been estimated to range from V35 to V230 billion per year and this cost appears to be greater than the farm profits from nitrogen fertilizer use,which range from V20 to V80 billion per year.3 Socioeconomic trade-offs between farmers and society need to be introduced to decrease nitrogen pollution. | Baojing Gu Hans J.M.van Grinsven Shu KeeLam Oene Oenema Mark A.Sutton Arvin Mosier Deli Chen | 2021 | The Innovation2021，2，1： | 1 |
| 4 | Chaetomium-like fungi causing opportunistic infections in humans:a possible role for extremotolerance显示文摘Members of the family Chaetomiaceae are ubiquitous ascosporulating fungi commonly,which reside in soil enriched with manure or cellulosic materials.Their role as human pathogens is largely ignored.However,the ability of some species to grow at high temperature enables them to play an important role as opportunistic pathogens.The family contains several genera and species that have never been reported to cause human infection.Hereby,three new species are described;two belong to the genus Subramaniula and one represents a Chaetomium species.Subramaniula asteroides was isolated from various sources including eye and skin infections as well as from the natural environment,and S.obscura was isolated from a toe infection.Chaetomium anamorphosum was isolated from a kidney transplant patient suffering from fungal peritonitis.All species described were previously misidentified as Papulaspora spp.due to the formation of cellular clumps or bulbil-like structures,which are characteristic of Papulaspora.The isolates failed to form sexual fruit bodies and ascospores remained absent,which is an unusual feature for the generally ascosporulating genera Chaetomium and Subramaniula;minute conidia from phialides were sometimes observed. | Sarah A.Ahmed Ziauddin Khan Xue-wei Wang Tarek A.A.Moussa Hassan S.Al-Zahrani Omar A.A.lmaghrabi Deanna A.Sutton S.Ahmad Johannes Z.Groenewald A.Alastruey-Izquierdo Anne van Diepeningen S.B.J.Menken M.J.Najafzadeh Pedro W.Crous Oliver Cornely Axel Hamprecht Maria J.G.T.Vehreschild A.J.Kindo G.Sybren de Hoog | 2016 | Fungal Diversity2016，，1： | 0 |
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