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T
Theoretical Ecology
IF
1.1
论文数
17
被引数
相关解读
0
订阅
期刊论文
17
相关解读
0
期刊论文
17
发表时间
发表时间
IF
被引数
Stochastic models of natural selection with competition
自然选择与竞争的随机模型
Theoretical Ecology
IF
1.1
2026-05-14
0
PRE
AI
Fog, Agner
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Coexistence of bacteria with a competition-colonization tradeoff on a dynamic coral host
具有竞争-定殖权衡的细菌在动态珊瑚宿主中共存
Theoretical Ecology
IF
1.1
2026-05-12
0
OA
AI
Gibbs, Theo L.; Dahlin, Kyle J. -M.; Brennan, Joe; Silveira, Cynthia B.; McManus, Lisa C.
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Historical surveys support population modeling in a woodland salamander: comparing age-structured and individual-based approaches
历史调查支持林蛙种群建模:比较年龄结构和基于个体的方法
Theoretical Ecology
IF
1.1
2026-04-30
0
PRE
AI
Burger, Isabella J.; Olugbusi, Rachel; Riddell, Eric A.
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Environmental variability can prolong parasite co-occurrence within hosts and promote transmission among hosts (vol 18 , 18 , 2026 )
环境变异性可延长寄生虫在宿主体内的共存时间并促进宿主间的传播(卷18,18,2026)
Theoretical Ecology
IF
1.1
2026-04-21
0
PRE
AI
Jarvis-Cross, Madeline; Krkosek, Martin
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The importance of exploration: model predictions for ecosystem services and forager fitness
探索的重要性:生态系统服务与觅食者适合度的模型预测
Theoretical Ecology
IF
1.1
2026-03-14
0
PRE
AI
MacQueen, Sarah A.; Hardy, Clara F.; Braun, W. John; Tyson, Rebecca C.
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Environmental variability can prolong parasite co-occurrence within hosts and promote transmission among hosts (Vol 18, 18, 2025)
环境变异性可延长寄生虫在宿主体内的共存时间并促进宿主间的传播(卷18,18,2025)
Theoretical Ecology
IF
1.1
2026-02-13
0
PRE
AI
Jarvis-Cross, Madeline; Krkosek, Martin
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Long-range dispersal promotes spatial synchrony but reduces the length and time scales of synchronous fluctuations.
长距离扩散促进空间同步性,但减少了同步波动的空间和时间尺度。
Theoretical Ecology
IF
1.1
2026-01-30
0
PRE
AI
Nobre, Davi Arrais; Abbott, Karen C.; Machta, Jonathan; Hastings, Alan
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An age-structured model within a spatially explicit landscape: the case study of the black cherry invasion in France
在空间显式景观中的年龄结构模型:法国黑樱桃入侵的案例研究
Theoretical Ecology
IF
1.1
2026-01-28
0
PRE
AI
Ducrot, Arnaud; Seydi, Ousmane
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Symbiosis emergence and abandonment in nature: a coordination game approach
自然中的共生体出现与放弃:一种协调博弈方法
Theoretical Ecology
IF
1.1
2025-12-26
0
PRE
AI
Levin, Simon A.; Loch-Temzelides, Ted
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Mathematical model for the spread of nosemosis in a honeybee population considering the effects of agrochemicals and control measures
考虑农药和控制措施影响的蜜蜂囊状幼虫病传播的数学模型
Theoretical Ecology
IF
1.1
2025-12-24
0
PRE
AI
Osorio rodriguez, Angie johanna; Toro-Zapata, Hernan dario
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Many weak and few strong links: the importance of link strength distributions for stabilising patterns in competition networks
弱连接多强连接少:连接强度分布对竞争网络中稳定模式的重要性
Theoretical Ecology
IF
1.1
2025-12-18
0
OA
AI
Koch, Franziska; Neutel, Anje-Margriet; Barnes, David K. A.; Allhoff, Korinna T.
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Hetero-chaos in a common ecological modality
同质生态模态中的异质混沌
Theoretical Ecology
IF
1.1
2025-12-09
0
OA
AI
Vandermeer, John
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Multiscale metapopulations
多尺度集合种群
Theoretical Ecology
IF
1.1
2025-11-08
0
OA
AI
Malagon, Daniel A.; Camper, Benjamin T.; Bewick, Sharon
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On the structure of multiple stable equilibria in competitive ecological systems
关于竞争性生态系统多重稳定平衡的结构
Theoretical Ecology
IF
1.1
2025-10-06
1
OA
AI
Taylor, Washington; O'Dwyer, James
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A spatially explicit game-theoretic model of optimal defense strategies in herbaceous plants with herbivore movement
一种关于草本科植物最优防御策略的空间显式博弈论模型,其中包含植食性动物的移动
THEORETICAL ECOLOGY
IF
0
2025-10-01
0
PRE
AI
Creagar, Molly; Rebarber, Richard; Tenhumberg, Brigitte
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Effects of costly and density-dependent dispersal on metapopulation dynamics: a mathematical and numerical analysis
昂贵且密度依赖性分散对集合种群动态的影响:数学与数值分析
THEORETICAL ECOLOGY
IF
0
2025-09-27
0
PRE
AI
McGrane-Corrigan, Blake; de Andrade Moral, Rafael; Mason, Oliver
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Modeling competitive interactions between floating and submerged macrophytes in shallow lakes using field data
基于野外观测数据对浅水湖泊中浮水与沉水大型水生植物的竞争相互作用进行建模
THEORETICAL ECOLOGY
IF
0
2025-09-09
0
OA
AI
Ali, Ashehad A.
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