CiNii Articles

1

Projecting the distribution range of the chestnut tiger butterfly Parantica sita sita (Lepidoptera: Nymphalidae: Danainae) in southwestern China

Lu Liangzhi , Hu Ping , Zhang Yifan , Zhang Huihong , Wang Di , Hu Shaoji , Wang Rongjiang

Applied entomology and zoology 55(4), 413-421, 2020-11
2

An assessment of the impact of climate change on the distribution of the grey-shanked douc Pygathrix cinerea using an ecological niche model

Vu Thinh T. , Tran Dung V. , Tran Hoa T. P. , Nguyen Manh D. , Do Tuan A. , Ta Nga T. , Cao Hien T. , Pham Nhung T. , Phan Dai V.

Primates 61(2), 267-275, 2020-03
3

Ecological modeling and distribution analysis of digger scorpions : Odontobuthus doriae, Odonthubutus bidentatus (Scorpiones: Buthidae) and Scorpio maurus (Scorpiones: Scorpionidae) in Iran using the maximum entropy method

Haghani Ali , Khoobdel Mehdi , Dehghani Rouhullah , Adibzadeh Amir , Sobati Hossein , Aliabadian Mansour

Applied entomology and zoology 55(1), 17-24, 2020-02
4

Novel method for detection probability and estimating population size of mountain frog, Rana macrocnemis (Boulenger, 1885) at the end of its distribution range

Pesarakloo Alireza , Najibzadeh Masoumeh , Mirkamali Seyed Jamal

Landscape and ecological engineering : official journal of the International Consortium of Landscape and Ecological Engineering (ICLEE) 16(1), 11-21, 2020-01
5

Challenges for the popularization of bird sensitivity map in Japan: from developers perspective [in Japanese]

Azechi Keita

… 具体的には、シンポジウムにおいても、 MaxEnt等のモデルを用いたメッシュで示されるマップが紹介されていたが、このようなマップは作成したモデルを用いた外挿により広範なマップが作成可能であるというメリットがある一方で、結果に影響を与える変数が多く、事業者を含む利害関係者にとってはより理解がしにくい（ひいては理解を得にくい）。 …

Japanese Journal of Conservation Ecology, 2020

J-STAGE
6

Species Distribution Modeling Provides New Insights into Different Spatial Distribution Patterns among Native and Alien Freshwater Turtles in Japan

KAGAYAMA Shawichi , OGANO Daiichi , TANIGUCHI Mari , MINE Kanako , UENO Shintaro , TAKAHASHI Hiroo , KAMEZAKI Naoki , HASEGAWA Masami

… elegans, we applied species distribution modeling using MaxEnt and ENMTools to estimate the suitable habitats and ecological niches of M. …

Current Herpetology 39(2), 147-159, 2020

J-STAGE
7

Climate change impacts on the potential geographical distribution of the stag beetles, genus Platycerus [in Japanese]

Zhang Shengnan , Kubota Kohei

… Here, Maxent models were used to map potential distribution of Japanese Platycerus …

The Japanese Forest Society Congress 131(0), 210, 2020

J-STAGE
8

Research on river ecological network conservation methods [in Japanese]

内藤太輔 , 大澤秀一 , 森吉尚 , 宮本健也 , 向井喜果 , 鎌田泰斗

リバーフロント研究所報告 Report of Riverfront Japan Research Institute (30), 65-72, 2019-09
9

Predicting potential conflict areas of the Malayan sun bear (Helarctos malayanus) in Peninsular Malaysia using Maximum Entropy model

Abidin Kamaruddin Z. , Lihan Tukimat , Taher Taherah M. , Nazri Nabilah , Zaini Izzat-Husna Ahmad , Mansor Mohammad Saiful , Topani Rahmat , Nor Shukor Md.

Mammal study 44(3), 193-204, 2019-07
10

Identifying corridors for landscape connectivity using species distribution modeling of Hydnocarpus kurzii (King) Warb., a threatened species of the Indo-Burma Biodiversity Hotspot

Majumdar Koushik , Adhikari Dibyendu , Datta Badal Kumar , Barik Saroj Kanta

Landscape and ecological engineering : official journal of the International Consortium of Landscape and Ecological Engineering (ICLEE) 15(1), 13-23, 2019-01
11

DEVELOPMENT OF A DISTRIBUTION PREDICTION MODEL OF Oncorhynchus masou ishikawae ACCORDING TO WATER TEMPERATURE CHANGE AT SABA RIVER AND OZE RIVERUSING ENVIRONMENTAL DNA [in Japanese]

乾隆帝 , 河野誉仁 , 赤松良久 , 栗田喜久 , 後藤益滋

水工学論文集 Annual journal of Hydraulic Engineering, JSCE 64, I_523-528, 2019
12

DEVELOPMENT OF A DISTRIBUTION PREDICTION MODEL OF Oncorhynchus masou ishikawae ACCORDING TO WATER TEMPERATURE CHANGE AT SABA RIVER AND OZE RIVER USING ENVIRONMENTAL DNA [in Japanese]

INUI Ryutei , KONO Takanori , AKAMATSU Yoshihisa , KURITA Yoshihisa , GOTO Masuji

　本研究では，佐波川および小瀬川において，アマゴを対象に，環境DNA分析をによって得られた夏季の分布情報と，水温ロガーによって得られた水温データを用いてアマゴの分布予測モデルを構築し，水温変化時における分布域の変化を予測することを試みた．その結果，アマゴの分布には夏季日中の平均水温が最も影響を与えていることが明らかになり，さらに，水温上昇・低下時のシナリオ分析の結果，アマゴの生息 …

Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering) 75(2), I_523-I_528, 2019

J-STAGE
13

Current distribution and climatic range of the Japanese endemic conifer Thuja standishii (Cupressaceae)

Worth James R. P.

… さらに、Maxent による種分布モデルを用い、クロベの生息可能域を予測した。 …

Bulletin of the Forestry and Forest Products Research Institute 18(3), 275-288, 2019

J-STAGE
14

Effects of Vowels and Voiced Obstruents on Pokémon Names: Experimental and Theoretical Approaches [in Japanese]

Kumagai Gakuji , Kawahara Shigeto

… さらに，本研究では，実験2で得られた母音と有声阻害音の音象徴的効果について，制約理論である最大エントロピーモデル（Maximum Entropy (MaxEnt) Grammar）の枠組みでの分析も提供し，音象徴を生成言語理論の視点から捉える。 …

GENGO KENKYU (Journal of the Linguistic Society of Japan) 155(0), 65-99, 2019

J-STAGE
15

Spatial distribution of Vachellia karroo in Zimbabwean savannas (southern Africa) under a changing climate

Shekede Munyaradzi Davis , Murwira Amon , Masocha Mhosisi , Gwitira Isaiah

Ecological research 33(6), 1181-1191, 2018-11
16

Assessing Effective Sampling Method and Sample Size for Species Distribution Modeling of Korean Red Pine (Pinus densiflora)

SUNG Sun–Yong , LEE Dong–Kun , PARK Chan , KIM Ho–Gul , KIL Sung–Ho , CHAE Hee–Mun , PARK Gwan–Soo , OHGA Shoji

… We used 3 sampling methods (simple random sampling, stratified sampling, and area– weighted sampling), 7 different sample sizes (30, 50, 100, 200, 500, 1000, and 3000), and 8 SDMs (GLM, GAM, CTA, ANN, GBM, RF, FDA, and MAXENT). …

Journal of the Faculty of Agriculture, Kyushu University 63(2), 211-221, 2018-09-01

IR DOI
17

Predicted potential distribution of Sydowia japonica in Japan

Masuya Hayato , Ichihara Yu , Aikawa Takuya , Takahashi Yukiko , Kubono Takanori

Mycoscience : official journal of the Mycological Society of Japan 59(5), 392-396, 2018-09
18

Integrating expert knowledge and ecological niche models to estimate Mexican primates' distribution

Calixto-Perez Edith , Alarcon-Guerrero Jesus , Ramos-Fernandez Gabriel , Dias Pedro Americo D. , Rangel-Negrin Ariadna , Amendola-Pimenta Monica , Domingo Cristina , Arroyo-Rodriguez Victor , Pozo-Montuy Gilberto , Pinacho-Guendulain Braulio , Urquiza-Haas Tania , Koleff Patricia , Martinez-Meyer Enrique

Primates 59(5), 451-467, 2018-09
19

POTENTIAL DISTRIBUTION OF WILLOWS IN JAPAN [in Japanese]

小室隆 , 松永晋平 , 乾隆帝 , 赤松良久 , 今村能之

水工学論文集 Annual journal of Hydraulic Engineering, JSCE 62, Ⅰ_493-498, 2018
20

POTENTIAL DISTRIBUTION OF WILLOWS IN JAPAN [in Japanese]

KOMURO Takashi , MATSUNAGA Shinpei , INUI Ryutei , AKAMATSU Yoshihisa , IMAMURA Yoshiyuki

… 近年，河川における樹林化が，生態系および河川管理の両面からの課題であるが，抜本的な問題解決には至っていない．本研究では，ヤナギ類に着目し，日本全域を対象に，GISおよび分布予測モデル(Maxent)を用いたヤナギ類の潜在的生育地の推定を行い，さらに，算出された潜在生育地と実際のヤナギ類の分布データを照らし合わせることによって，樹林化の管理目標設定，要因分析に利用可能なベースマップの作成を …

Journal of Japan Society of Civil Engineers, Ser. B1 (Hydraulic Engineering) 74(4), I_493-I_498, 2018

J-STAGE

Search Results 1-20 of 69

Related Authors

Related Journals