フォロー
Nao Takashina
タイトル
引用先
引用先
Paradox of marine protected areas: suppression of fishing may cause species loss
N Takashina, A Mougi, Y Iwasa
Population Ecology 54, 475-485, 2012
382012
Effects of marine protected areas on overfished fishing stocks with multiple stable states
N Takashina, A Mougi
Journal of theoretical biology 341, 64-70, 2014
282014
Maximum sustainable yields from a spatially-explicit harvest model
N Takashina, A Mougi
Journal of Theoretical Biology 383, 87-92, 2015
232015
Reach and messages of the world's largest ivory burn
A Braczkowski, MH Holden, C O'Bryan, CY Choi, X Gan, N Beesley, ...
Conservation biology 32 (4), 765-773, 2018
222018
Exploring the effect of the spatial scale of fishery management
N Takashina, ML Baskett
Journal of Theoretical Biology 390, 14-22, 2016
112016
A geometric approach to scaling individual distributions to macroecological patterns
N Takashina, B Kusumoto, Y Kubota, EP Economo
Journal of theoretical biology 461, 170-188, 2019
62019
A theory for ecological survey methods to map individual distributions
N Takashina, M Beger, B Kusumoto, S Rathnayake, HP Possingham
Theoretical ecology 11, 213-223, 2018
62018
Spatially explicit approach to estimation of total population abundance in field surveys
N Takashina, B Kusumoto, M Beger, S Rathnayake, HP Possingham
Journal of theoretical biology, 2018
6*2018
Developing generalized sampling schemes with known error properties: the case of a moving observer
N Takashina, EP Economo
Ecography 44 (2), 293-306, 2021
52021
On the spillover effect and optimal size of marine reserves for sustainable fishing yields
N Takashina
PeerJ 8, e9798, 2020
52020
Effect of marine reserve establishment on non-cooperative fisheries management
N Takashina, JH Lee, HP Possingham
Ecological modelling 360, 336-342, 2017
52017
Empowering voluntary approaches for environmental sustainability and resilient communities: a case study from Okinawa, Japan
T Tanaka, O Tiku, N Takashina
Discover Sustainability 3 (1), 27, 2022
42022
Species‐range‐size distributions: Integrating the effects of speciation, transformation, and extinction
N Takashina, MJ Plank, CN Jenkins, EP Economo
Ecology and Evolution 12 (1), e8341, 2022
42022
Optimal reproductive phenology under size‐dependent cannibalism
N Takashina, Ø Fiksen
Ecology and Evolution 10 (10), 4241-4250, 2020
42020
Simple rules for establishment of effective marine protected areas in an age-structured metapopulation
N Takashina
Journal of Theoretical Biology 391, 88-94, 2016
42016
Governance paradox: Implications from Japan’s national parks for managing complex protected areas
T Tanaka, N Takashina
Sustainability Science 18 (4), 1995-2007, 2023
32023
Spread the word: Sharing information on social media can stabilize conservation funding and improve ecological outcomes
N Takashina, H Cheung, M Miyazawa
Conservation Science and Practice 5 (5), e12857, 2023
32023
Spillover-mediated harvesting competition: Effects of fishing ground configuration on fisheries targeting transboundary species
N Takashina, T Tanaka
Journal of Environmental Management 317, 115360, 2022
32022
Mechanistic partitioning of species richness in diverse tropical forest tree communities with immigration and temporal environmental stochasticity
T Fung, N Takashina, RA Chisholm
Journal of Ecology 111 (11), 2441-2456, 2023
12023
Idea paper: Improving forecasts of community composition with lightweight biodiversity monitoring across ecological and anthropogenic disturbance gradients
JM Kass, N Takashina, NR Friedman, B Kusumoto, ME Blair
Ecological Research 37 (4), 466-470, 2022
12022
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