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Ecological Research

@EcologicalRes

Ecological Research publishes original papers on all aspects of #ecology, in both aquatic and terrestrial #ecosystems. ©The Ecological Society of Japan
esj-journals.onlinelibrary.wiley.com/journal/144017… Joined May 2019
42 Following 1.3K Followers 3.1K Posts

Latest posts 5

Ecological Research @EcologicalRes
「小笠原島嶼の乾燥尾根部に生育する樹木の葉と枝の脱水耐性と外来種の侵入成功」
#OpenAccess
Ecological Research @EcologicalRes Oct 16
#OpenAccess
Leaf-Branch Coordination of Dehydration Resistance and Tree Invasion Success in Dry Ridge Forests of Subtropical Pacific Islands, Japan

Kanji Minagi et al
▶️ doi.org/10.1111/1440-1…

drought tolerance/ oceanic islands/ Ogasawara Islands
Graphical abstract: Across tree species, coordinated structural and functional traits link leaves and branch wood. Native species have denser leaf and wood tissues and higher dehydration-resistant branches, whereas invasive species have less dense leaf and wood tissues and lower dehydration resistance. This study provides a trait-based framework to predict shifts in forest composition under climate change in oceanic islands.
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Ecological Research @EcologicalRes
「蛇紋岩土壌および石灰岩土壌における資源保守的な葉形質を規定する土壌の直接効果と元素組成を介した土壌効果」
#OpenAccess

特集 #UltramaficEcology 2025: Proceedings of the 11th International Conference on Serpentine Ecology
#ICSE2025Kyoto
Ecological Research @EcologicalRes Oct 16
<SPECIAL FEATURE> #UltramaficEcology2025 #OpenAccess

Direct and Element-Mediated Edaphic Effects Shape Resource-Conservative Leaf Trait Variation Across Serpentine and Limestone Soils

Shogo Ueyama, Emi Kusatake, Makiko Mimura
doi.org/10.1111/1440-1…
Graphical abstract: Populations of closely related Epimedium taxa inhabiting serpentine and limestone soils converged toward resource-conservative leaf trait syndromes despite strong differences in soil chemistry. Structural equation modeling revealed that edaphic variation was associated with leaf trait variation both directly and indirectly through shifts in leaf elemental composition. This study highlights multiple pathways linking edaphic heterogeneity to convergent resource-conservative leaf trait syndromes across serpentine and limestone soils.
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Ecological Research @EcologicalRes
Editor's Choice!
兵藤編集長💬 本研究は大阪公立大学附属植物園において再現された日本の11タイプの森林に生育する樹木を対象に、1978年から続く毎木調査の結果をまとめたものです。共通の環境条件下での47年間にわたる森林の成長や構造の変化を記録した貴重な長期データセットと考えられます
Ecological Research @EcologicalRes 4d
「大阪公立大学附属植物園における47年間の毎木調査データ」
#OpenAccess
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Ecological Research @EcologicalRes
「大阪公立大学附属植物園における47年間の毎木調査データ」
#OpenAccess
Ecological Research @EcologicalRes Oct 16
<DATA ARTICLE> #OpenAccess
Forty-Seven Years of Tree Census Data at the Botanical Gardens of Osaka Metropolitan University, Japan

Riichi Oguchi et al
▶️ doi.org/10.1111/1440-1…

forest dynamics/ long-term monitoring/ timeline data/ tree demography/ tree growth rate
Graphical abstract: The botanical gardens of Osaka Metropolitan University (OMU botanical gardens) have a unique study site, which exhibits 11 types of Japanese forests for more than 60 years. Here, we report tree census data measured at this “forest types common-garden-experiment” which consists of five evergreen forests, three deciduous forests, and three coniferous forests.
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