Ecological Research
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ONLINE SUBMISSION
Ecological Research is published by Wiley
(from vol. 34).
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STATISTICS
Vol. 33 (2018)
No. submitted articles: 359
No. accepted articles: 71
Current issue
(vol. 34, issue 5)
Days for acceptance:
158 (36–378)
Days for Early View:
230 (92–484)
Days for publication:
247 (101–499)
Vol. 31 issue 5
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Data Paper
Voraphab I, Hanboonsong Y, Kobori Y, Ikeda H, Osawa T (2015) Insect species recorded in sugarcane fields of Khon Kaen Province, Thailand, over three seasons in 2012. Ecol Res 30: 415–415
2012年の3時期におけるタイ国コンケン県、サトウキビ畑の昆虫相
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Original Article
Ruiz-Capillas P, Mata C, Malo JE (2015) How many rodents die on the road? Biological and methodological implications from a small mammals’ roadkill assessment on a Spanish motorway. Ecol Res 30: 417–427
どれ程の齧歯類が路上で死ぬのか？スペインの車道における小型哺乳類のロードキル調査からの生物学的・方法論的な示唆 -
Original Article
Naz N, Batool R, Fatima S, Hameed M, Ashraf M, Ahmad F, Ahmad MSA (2015) Adaptive components of tolerance to salinity in a saline desert grass Lasiurus scindicus Henrard. Ecol Res 30: 429–438
砂漠塩性草本（Lasiurus scindicus Henrard）における耐塩性の適応要素 -
Original Article
Fischer K, Becker M, Becker BA, Bensch J, Böckers A, Burmeister M, Dombrowski J, Donke E, Ermisch R, Fritze M, Fritzsch A, Hübler N, Ide M, Klockmann M, Mielke M, Pfender D, Schiffler M, Schrödter M, Sund L, Viertel C, Weise E, Werner M, Winter M (2015) Determinants of tree frog calling ponds in a human-transformed landscape. Ecol Res 30: 439–450
人為的改変を受けた景観における樹上性カエル類の鳴き場所（池）の決定要因 -
Original Article
Reyes CA, Ramos-Jiliberto R, González-Barrientos J (2015) Temporal variability of food determines the outcome of pesticide exposure in Daphnia. Ecol Res 30: 451–460
ミジンコ（Daphnia）への農薬暴露の結果は、エサの時間的変動によって決まる -
Original Article
Xiu C, Gerisch M, Ilg C, Henle K, Ouyang Z (2015) Effects of hydrologic modifications to riparian plant communities in a large river system in northern China. Ecol Res 30: 461–469
中国北部の大規模河川域において水文学的な改変が河畔の植物群落へ与える影響 -
Original Article
Murakami Y, Sugawara H, Takahashi H, Hayashi F (2015) Population genetic structure and distribution patterns of sexual and asexual gecko species in the Ogasawara Islands. Ecol Res 30: 471–478
小笠原諸島における単為生殖種であるオガサワラヤモリと両性生殖種であるホオグロヤモリの分布様式と集団遺伝構造 -
Original Article
Nopp-Mayr U, Kempter I, Muralt G, Gratzer G (2015) Herbivory on young tree seedlings in old-growth and managed mountain forests. Ecol Res 30: 479–491
原生および管理下にある山岳森林での実生の食害 -
Original Article
Zhao Z-H, Sandhu HS, Gao F, He D-H (2015) Shifts in natural enemy assemblages resulting from landscape simplification account for biocontrol loss in wheat fields. Ecol Res 30: 493–498
景観の単純化による天敵相の変化が小麦畑での生物防除を減少させる -
Original Article
Kimura MT, Novković B (2015) Local adaptation and ecological fitting in host use of the Drosophila parasitoid Leptopilina japonica. Ecol Res 30: 499–505
ショウジョウバエの寄生蜂Leptopilina japonicaの寄主利用における地域適応と生態的適合 -
Original Article
Bao G, Suetsugu K, Wang H, Yao X, Liu L, Ou J, Li C (2015)Effects of the hemiparasitic plant Pedicularis kansuensis on plant community structure in a degraded grassland. Ecol Res 30: 507–515
劣化した草地における半寄生植物Pedicularis kansuensis（シオガマギク属の一種）の植物群集構造への影響 -
Original Article (The 16th ECOLOGICAL RESEARCH AWARD)
Fujita N, Koda R (2015) Capitulum and rosette leaf avoidance from grazing by large herbivores in Taraxacum. Ecol Res 30: 517–525
タンポポの頭花とロゼット葉の大型植食動物の摂食からの逃避
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Original Article
Luiselli L, Petrozzi F, Mebert K, Zuffi MAL, Amori G (2015) Resource partitioning and dwarfism patterns between sympatric snakes in a micro-insular Mediterranean environment. Ecol Res 30: 527–535
地中海の小さな島々で同所的に生息するヘビの小型化と資源分割のパターン -
Original Article
Carvalho F, Carvalho R, Galantinho A, Mira A, Beja P (2015) Monitoring frequency influences the analysis of resting behaviour in a forest carnivore 537–546
モニタリング頻度は森林性肉食動物の休息行動の解析に影響を与える -
Original Article
Quinn TP, Bond MH, Berge HB (2015) Use of egg size differences in anadromous (sockeye salmon) and non-anadromous (kokanee) forms of Oncorhynchus nerka to infer ancestral origins of a landlocked population. Ecol Res 30: 547–554
Oncorhynchus nerkaの溯河型（ベニザケ）と非溯河型（ヒメマス）の卵サイズ差を利用して、陸封個体群の起源を推定する