研究者学術情報データベース

クマガイ　ミチオ
熊谷　道夫
KUMAGAI Michio

所属総合科学技術研究機構

職名教授

論文
1.	2022/03/03	Causal networks of phytoplankton diversity and biomass are modulated by environmental context. │ NATURE COMMUNICATIONS │ 13 (1140) (共著)
2.	2021	Increasing benthic vent formation: a threat to Japan's ancient lake │ (共著)
3.	2020/07	Extreme warming and regime shift toward amplified variability in a far northern lake │ Limnology and Oceanography │ (9999),1-13 (共著)
4.	2020	Effect of precipitation-influenced river influx on Lake Biwa water levels: time scale analysis based on an impulse response function, Inland │ Inland Waters │ 10 (2),283-294頁 (共著)
5.	2020	Long-term warming destabilizes aquatic ecosystems through weakening biodiversity-mediated causal networks. │ Global Change Biology │ (共著)
6.	2019	Optical investigation of archaeological remains on bottom of Lake Biwa by a hovering-type AUV “Hobalin” │ 2019 IEEE Underwater Technology (UT) │ ,1-4 (共著)
7.	2019	ジュニアドクター育成塾－日本最大・最古の湖　びわ湖から学ぶガイアの世界－ │ 国立大学法人研究推進機構環境総合研究センター紀要 │ 16,3-13 (共著)
8.	2016	Energy fluctuations in a large enclosed basin influenced by geostrophic flow │
9.	2016	Preface to the special topic on monsoon influences on river and lake environments in Asia │ Inland Waters │ 6 (3),393-394 (共著)
10.	2015	Dissolved organic matter concentration, optical parameters and attenuation of solar radiation in high latitude lakes across three vegetation zones │
11.	2015	Time for in situ renaissance │ Science │ (349),685-687 (共著)
12.	2014/01	地球温暖化と湖沼環境－Natural energy lensの挑戦 │ 49 (2),12-17 (共著)
13.	2014	Phosphate dissolution from the sediment in Lake Biwa and decrease of dissolved oxygen in the bottom water. │ 1,25-33
14.	2014	Phytoplankton functional group dynamics explain species abundance distribution in a directionally changing environment │
15.	2014	琵琶湖における水中ロボットを用いたアナンデールヨコエビ（Jesogammarus annandalalei）のモニタリング │ Bull. Plankton Soc. Japan. │ 61,45-49
16.	2013/02	Artificial decomposition of water into hydrogen and oxygen by electrolysis to restore oxygen in climate change-impacted waters │ Climate Change and Global Warming of Inland Waters. Wiley. │ ,449-453 (単著)
17.	2013	Hypolimnetic turbulence generation associated with superposition of large-scale internal waves in a strongly stratified lake: Lake Biwa, Japan │ Limnology │ 14,229–238 (共著)
18.	2012	Apparent increase in Mn and As accumulation in the surface of lake sediment from 1977 to 2009 in Lake Biwa, Japan │ Geochem. J. │ 46,47-52 (共著)
19.	2012	Hypoxia-Induced Exposure of Isaza Fish to Manganese and Arsenic at the Bottom of Lake Biwa, Japan │ Experimental and Geochemical Verification. Environ. Sci. Technol │ 46,5789−5797. (共著)
20.	2011	Arsenic and Mn levels in Isaza (Gymnogobius isaza) during the mass mortality event in Lake Biwa, Japan │ Environmental Pollution │ 159,2789-2796. (共著)
21.	2011	Eutrophication and warming effects on long-term variation of zooplankton in Lake Biwa │ Biogeosciences │ 8,1383-1399 (共著)
22.	2011	Phytoplankton community reorganization driven by eutrophication and warming in Lake Biwa │ Aquatic Sciences │ 72,467-483 (共著)
23.	2010	Elucidation of polycyclic aromatic hydrocarbon sources in the suspended matter in Lake Biwa, Japan │ Limnology │ 11,241-250 (共著)
24.	2010	Multilayer biological structure and mixing in the upper water column of Lake Biwa during summer 2008 │ Limnology │ 11,63-70 (共著)
25.	2010	Spring ammonium maximum in the mid-depth layer of Lake Biwa │ Can. J. Civ. Eng. │ 37,1-9 (共著)
26.	2010	地球温暖化による湖沼環境の変化と生態系への影響 │ 46,43-49 (単著)
27.	2009	Annual cycle of circulations in Lake Biwa, part 1: model validation │ Limnology │ 10,105-118 (共著)
28.	2009	Annual cycle of circulations in Lake Biwa. part 2: mechanisms │ Limnology │ 10,119-129 (共著)
29.	2009	Seasonal deposition fluxes of Polycyclic Aromatic Hydrocarbons (PAHs) in Lake Biwa, Japan │ Water, Air, and Soil Pollution │ 198,297-306 (共著)
30.	2009	自律型潜水ロボット淡探（たんたん）による湖底調査 │ 日本ロボット学会誌 │ 27,278-281 (共著)
31.	2009	水電解による水質改善と自然エネルギー利用への挑戦 │ 沿岸域学会誌 │ 22,31-35 (共著)
32.	2001	A new autonomous underwater vehicle designed for lake environment monitoring │ 16,17－26
33.	1998	Gyres measured by ADCP in Lake Biwa, Coastal and Estuarine Studies │ 54,199-208