Lists of online vegetation maps from website titled "Checklist of Online Vegetation and Plant Distribution Maps." With thanks to Phyllis Bischof, Ed Colijn, Rheal Coupal, John Creaser, Larry Cruse, Joe Dalton, Hugh Eva, Vic Fazio, Xavier Font Castell, Steve Glenn, Lawrence Hislop, Robert Hoare, Michael Jennings, Stephen Killeffer, Brian Klinkenberg, Raino Lampinen, Andrew Lillie, David MacDevette, Philippe Mayaux, Justin Moat, Jim Moore, Tom Owens, Scott Sundberg, Thomas A. 2013 SINCE 4 MAY 1997. Shotake, Takayoshi It welcomes stakeholders’ feedback via the ‘have your say’ website until 3 December 2020. This website works best with modern browsers such as the latest versions of Chrome, Firefox, Safari, and Edge. Tatewaki, M. 1961 a. Xiao, Jule Aizawa, Keigo * Views captured on Cambridge Core between . Takagi, Naoki Kazakhstan -- Haloxylon Forest … Mar 5, 2013 - This Pin was discovered by Zack Williams. Data are also available Distribution Maps of Vascular Plants in HOKKAIDO, JAPAN. and III. Copyright © The Regents of the University of California. Other Maps. Inouchi, Yoshio Global phosphorus losses due to soil erosion.. P loss for arable soils, due to erosion by water, globally of approximately 5.9 kg ha-1 yr-1.A research article published in Nature Communications has published. 2006. Morley, Joseph J. Bot. Bioscience, Natural Resources & Public Health Library, Online Vegetation and Plant Distribution Maps, Eastern Asia Temperate Forest and Protected Areas, Western Asia Temperate Forest and Protected Areas, Asia : Distribution of Dry Forests in Tropical Central Asia, Mountains and Mountain Forests Middle East and Central Asia, Mountains and Mountain Forests Continental South and Southeast Asia, Classification, Southeast Asia from AVHRR 1992/1993, Forest Cover Map of Continental Southeast Asia, Forest Cover Map of Insular Southeast Asia, Geographical Distribution of Biomass Carbon in Tropical Southeast Asian Forests: A Database, Mangrove plant diversity in Southeast and East Asia, Mountains and Mountain Forests Insular Southeast Asia, Optimisation of mosaicking techniques of VGT data for vegetation mapping in South East Asia (11.6 MB) [includes Mekong River Commission 1997 forest cover map (Based on TM Classification), Remote Sensing Mosaics of Southeast Asia from AVHRR 1992/1993, Afghanistan : Eastern Forest Cover, Land Cover Classification, Deforestation in Eastern Forest Complex, Afghanistan Provinces Forest Change: Badghis, 1977-2002, Afghanistan Provinces Forest Change: Takhar and Kunduz, 1977-2002, Afghanistan Provinces Woodland: Badghis, 1977 and 2002, Afghanistan Provinces Woodland: Nuristan, Kunar, Nagarhar, 1977 and 2002, Afghanistan Provinces Woodland: Takhar and Kunduz, 1977 and 2002, Extent of Deforestation in Borneo 1950-2005, and Projection Towards 2020, Aggregated Vegetation Distribution in China, Russia and Mongolia, Flora of China Checklist [and Distribution Maps], Potential land cover simulated by BIOME-LUC in China, Mongolia, and Russia. Ohshima, Hideaki An, Zhisheng and Igarashi, Yaeko 1993. It looks like you're using Internet Explorer 11 or older. Japan's landforms are characterized by volcanic landforms and other forms of tectonic relief produced by crustal movement. 1990. Takahara, Hikaru 1982, Bellan 1987), Forest Map of South India at 1:250,000 = Carte des forets de l'Inde du Sud au 1/250 000, Peatland Forests in Indonesia (after Bruenig 1990), Poverty and Forests in Two Indonesian Islands (Kalimantan and Sulawesi), Natural Forest Cover Change in Indonesia, 1985-1997 [and related maps], Natural Forest Cover Change in Indonesia, 1985-1997 [Forests and Logging Concessions], Major Areas of Freshwater Swamp and Mangrove in New Guinea (after Paijmans 1990), Nouvelle-Guinée Ouest, Nouvelle-Guinée Est = Irian Jaya; Papua New Guinea, Vegetation and Protected Forest, Jambi Province, Iraq : Former Marshes and Water Diversion Projects in Southeastern Iraq, June 1994, A Study on Tempo-spatial Change of Interaction Between the Human Activity and Paleo Environment in Jomon Period, Japan, Distribution Maps of Vascular Plants in Hokkaido, Japan, Kazakhstan -- Haloxylon Forest near Balkhash Lake, The Normalized Difference Vegetation Index for Korea, Mekong River Commission for Sustainable Development, Bio-Physical Influences on the Dupinga Watershed and Gabaldon Valley, Upland Philippine Communities: Guardians of the Final Forest Frontiers, Historical Forest Maps of Dupinga Watershed, Major Wathersheds and Forest Cover of the Philippines 1987-1988, Distribution of the Principal Plant Communities in Sri Lanka Physiognomic Vegetation Map of Sri Lanka (Ceylon), Creative Commons Attribution-Noncommercial 4.0 License. A radiocarbon date of Sanbongi sediments in Ohtai, Aomori Prefecture: Pollen analytical studies of postglacial age in Japan. With Distribution Maps of Japanese Plant Communities. Founding co-compiler Philip Hoehn (1996-2009). Check if you have access via personal or institutional login, P. glehnii, Abies sachalinensis, A. mariesii, Tsuga diversifolia, Picea maximowiczii, P. polita, P. bicolor, P. koyamai, Abies firma, A. homolepis, Tsuga sieboldii, Air masses, stream lines and the boreal forests, Absolute dates of peat and woody fragments in Holocene and terrace sediments around Osaka, Absolute age of Kozubata macroscopic plant-bearing sediments, Vegetational changes during the last glacial age in Hokkaido, Pollen analytical study of late-Pleistocene deposits at the western foot of Mt. OHMORI, Hiroo Email your librarian or administrator to recommend adding this journal to your organisation's collection. The current Vegetation Map of China (1:1000000) was generated by a team of more than 250 scientists in an effort that lasted over 20 years starting in the 1980s. (with colored vegetation maps and tables, Japanese with German and/or English summary). and Yatsugatake in Nagano Prefecture, central Japan, On the sedimentary environments and geological age of the Hanaizumi Formation, Palynological study of the latest Pleistocene marine clay in the Itami area, Journal of Geosciences, Osaka City University, Series 4, Journal of Biology, Osaka City University, Series D, The late-glacial retreat of “Arctic” air as suggested by onset of, Chidanken-Senpo (Private Report of the Society of Geological Group Research), Middle and late Quaternary floras in the San'in district, Memoirs of Faculty of Literature and Science, Shimane University, Natural Science, The geohistorical succession of the climatic change during the Würm glacial age in Japan (preliminary report), Radiocarbon age of the peat which is on the Oshamanbe terrace gravel at the Volcano Bay of Hokkaido, On woody remains from a Pleistocene peaty lignite at Otai, Aomori Prefecture, Palynological studies on Pleistocene deposits in Japan. Hagihara, Ko Usage data cannot currently be displayed. A Study on Tempo-spatial Change of Interaction Between the Human Activity and Paleo Environment in Jomon Period, Japan - Hokkaido. LUCAS 2015 Topsoil data are released, containing soil properties data (texture, coarse fragments, pH, OC, CaCO3, N, P, K, EC (Electrical conductivity)) for 21,859 samples in EU. Kondo, Yoichi Meyers, Philip A. 2005. 1983. On these maps, vegetation is pictured as a scale, or index, of greenness. III. If you continue with this browser, you may see unexpected results. Book chapters will be unavailable on Saturday 24th August between 8am-12pm BST. Kawamoto, Sakie Full text views reflects the number of PDF downloads, PDFs sent to Google Drive, Dropbox and Kindle and HTML full text views. The forest vegetation along the valley in the forest zone of Fagus crenata of northern Japan. Shibundo, Tokyo. Shirai, Kei 2002. Takemura, Keiji Modelled datasets on past erosivity (1961-2018) are available. Boreal conifer forests (dominated by the Picea jezoensis complex, P. glehnii, Abies sachalinensis, A. mariesii, Tsuga diversifolia, and Pinus with Larix gmelinii, though the latter species was confined only to the northern part of northeastern Honshu and Hokkaido) occupied the modern cool-temperature deciduous broadleaf and mid-temperate conifer forest zones, and temperate coniferous forests (mainly Picea maximowiczii, P. polita, P. bicolor, P. koyamai, Abies firma, A. homolepis, Tsuga sieboldii, and Pinus), the present warm-temperate evergreen (laurilignosa) forest zone. Small populations of various broadleaf forest species were scattered in the full-glacial temperate conifer forest mainly along the coastal belt, and the true laurilignosa forest was limited in distribution, occurring only in the paleo-Yaku Peninsula. Original title of website: Checklist of Online Vegetation and Plant Distribution Maps. Agric., Hokkaido Univ., Sapporo, 98 pp. Yoshikawa, Shusaku Discover (and save!) YANAGIMACHI, Osamu Reconstruction of past erosivity and trend detection. 1986. and All rights reserved. 2003. Close this message to accept cookies or find out how to manage your cookie settings.