Research field (1)：
Biological resource conservation
Research theme for competitive and other funds (13)：
2011 - 2013 Decision factor of tree height - from viewpoint of water relations in trees
2007 - 2009 樹幹直径日変化測定からの樹木衰退過程評価法の開発
2003 - 2005 Effects of decreasing snow accumulation under global change on forest ecosystems in central Japan
令和2年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成31年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成30年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成29年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成28年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成27年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成26年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成25年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成24年度丹沢山地の衰退ブナ林における水ストレス調査委託
平成23年度丹沢山地の衰退ブナ林における水ストレス調査委託
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Papers (38)：
Masafumi Ueda. Leaf water potentials and anatomical features of xylem vessels in Japanese beech trees (Fagus crenata Blume) growing on Mt. Hinokiboramaru, Tanzawa Mountains, Japan. Japanese Journal of Forest Environment. 2024. 66. 1. 1-8
Masafumi Ueda. Water relations and xylem structures of branches of Tokyo cherry (Prunus ×yedoensis ‘Somei-yoshino’) were affected by the large gall disease. Tree and Forest Health. 2024. 28. 63-67
Masafumi Ueda, Kenta Izumi. Artificial defoliation soon after full leaf expansion leads to reduced shoot hydraulic conductance but constant leaf-specific conductivity in Fagus crenata Blume. Trees. 2024. 38. 2. 483-491
Masafumi Ueda, Kenta Izumi, Saya Ueo. Repeated artificial defoliation soon after full leaf expansion, simulating insect damage, reduces xylem hydraulic transport safety in Japanese beech (Fagus crenata Blume). Trees. 2024. 38. 2. 303-313
Masafumi Ueda. Effects of artificial defoliation shortly after full leaf expansion, simulating insect damage, on the hydraulic properties of current year shoots of Japanese beech (Fagus crenata). 2024. 18. 27-39
Uemura Kyoko, Ueda Masafumi. Effects of artificial defoliations on anatomical features of xylem vessels of current-year shoots of Fagus crenata. The Japanese Forest Society Congress. 2019. 130. 0. 295-295
Tanimoto Naoko, Ueda Masafumi. The differences of xylem structure between the mistletoe species and hosts. The Japanese Forest Society Congress. 2018. 129. 0. 297-297
The differences of xylem structure between the mistletoe species and hosts
(The Japanese Forest Society Congress 2018)
Water status of gall branches in <i>Prunus yedoensis</i>
(The Japanese Forest Society Congress 2018)
Water status of Yamazakura of mistletoe parasitic branch
(The Japanese Forest Society Congress 2018)
Detection of the freeze-thaw cycle in the trunks and branches of trees.
(The Japanese Forest Society Congress 2017)
Vulnerability to cavitation and xylem structures in 90-year-old of Japanese cypress grown at upper and lower in a slope
(The Japanese Forest Society Congress 2016)
