教員情報 - 墨　泰孝 | 中部大学

スミ　ヒロタカ SUMI Hirotaka
墨　泰孝

所属

応用生物学部応用生物化学科

研究戦略部門サボテン・多肉植物研究センター

大学院応用生物学研究科応用生物学専攻

職名助教

著書・論文歴
論文	Feeding and defecation of earthworms alters phosphorus forms and resource allocation to enzyme production in an arable Andisol Soil Research (共著) 2026/05/18
論文	Bacterial and fungal contributions to the production of phosphatases in arable and forest soils Frontiers in Soil Science 6 (共著) 2026/02/11
論文	Bacterial and fungal community composition and community-level physiological profiles in forest soils PLOS ONE 18 (4),e0284817-e0284817頁 (共著) 2023/04/20
論文	Zinc Biofortification of the Edible Cactus Nopalea cochenillifera Grown Under Hydroponic Conditions Environment Control in Biology 58 (2),43-47頁 (共著) 2020/04/01
論文	Effects of Heavy Metals on the Growth of the Edible Cactus Nopalea cochenillifera Grown Under Hydroponic Conditions Environment Control in Biology 57 (1),9-13頁 (共著) 2019/01/01
論文	Annual Variation in Soil Enzyme Activity in a Paddy Field: Soil Temperature and Nutrient Availability Are Important for Controlling Enzyme Activities Applied and Environmental Soil Science 2018,1-7頁 (共著) 2018/10/10
論文	Changes in phosphorus fractions caused by increased microbial activity in forest soil in a short-term incubation study CHEMICAL SPECIATION AND BIOAVAILABILITY 30 (1),9-13頁 (共著) 2018/01
論文	Evaluating the Effects of Metals on Microorganisms in Flooded Paddy Soils Using the SEM/AVS-Based Approach and Measurements of Exchangeable Metal Concentrations ARCHIVES OF ENVIRONMENTAL CONTAMINATION AND TOXICOLOGY 72 (3),402-417頁 (共著) 2017/04
論文	Aluminum and acidity suppress microbial activity and biomass in acidic forest soils SOIL BIOLOGY & BIOCHEMISTRY 97,23-30頁 (共著) 2016/06
論文	Plant roots influence microbial activities as well as cadmium and zinc fractions in metal-contaminated soil CHEMISTRY AND ECOLOGY 31 (2),105-110頁 (共著) 2015/02
論文	Effects of Adding Alkaline Material on the Heavy Metal Chemical Fractions in Soil under Flooded and Non-Flooded Conditions SOIL & SEDIMENT CONTAMINATION 23 (8),899-916頁 (共著) 2014/01/01
論文	Genera Burkholderia and Lipomyces are predominant aluminum-resistant microorganisms isolated from acidic forest soils using cycloheximide-amended growth media ANNALS OF MICROBIOLOGY 62 (3),1339-1344頁 (共著) 2012/09