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1. Community recomposition caused by species extinction in the colonization-competition trade-off model for vegetation NSTL国家科技图书文献中心

Nothaass, Dorian | Huth, Andreas - 《Ecological Modelling》 - 2025,499 - 共10页

摘要：-competition* trade-off model by assuming that a disturbance* | sudden species extinction in the colonization | Species extinction and the resulting impact on | the community composition is a pervasive threat to | vegetation ecosystems today. Understanding how the

关键词： Metapopulation theory | Theoretical ecology | Biodiversity | Rank-abundance curves | Coexitence

2. Complex interactive responses of biodiversity to multiple environmental drivers NSTL国家科技图书文献中心

Zhang, Zeyu | Chase, Jonathan M.... - 《Ecology》 - 2025,106(1) - n/a～n/a - 共16页

摘要： critical trade-off between competitive and colonization | based on competition-colonization* multispecies* | There remains considerable doubt, debate, and | confusion regarding how biodiversity responds to gradients | of important environmental drivers, such as habitat

关键词： competition-colonization trade-off | disturbance | habitat size | multiple environmental drivers | resource productivity | zig-zag responses in biodiversity | competition–colonization trade‐off | zig‐zag responses in biodiversity

3. Coexistence of many species under a random competition-colonization trade-off NSTL国家科技图书文献中心

Zachary R. Miller | Maxime Clenet ... - 《Proceedings of the National Academy of Sciences of the United States of America.》 - 2024,121(5) - e2314215121～e2314215121 - 共6页

摘要：The competition-colonization* (CC) trade-off is* | a CC trade-off* model, we study their assembly from* | slowly. Together, our results suggest that the CC trade | -off* can support the robust emergence of diverse* | a well-studied coexistence mechanism for

关键词： competition-colonization trade-off | coexistence theory | community assembly | metacommunities | probabilistic analysis

4. Solitary foundation or colony fission in ants: an intraspecific study shows that worker presence and number increase colony foundation success NSTL国家科技图书文献中心

Finand Basile | Loeuille Nicolas ... - 《Oecologia》 - 2024,204(3) - 517～527 - 共11页 - 被引量：2

摘要：–colonization* trade-*off, where solitary foundation offers a | of foundation coexist along a competition | colonization advantage, while colony fission has a | Abstract Dispersal and establishment | strategies are highly variable. Each strategy is associated

关键词： Ants | Propagule size | Budding | Swarming | Growth analysis | Survival analysis

5. Evolution of dispersal and the maintenance of fragmented metapopulations NSTL国家科技图书文献中心

Finand, Basile | Monnin, Thibaud ... - 《Oikos: A Journal of Ecology》 - 2024,2024(2) - 共11页 - 被引量：3

摘要： competition levels, habitat fragmentation directly | off against competitive ability, increased | Because it affects dispersal risk and modifies | constrains dispersal evolution. When dispersal is traded | fragmentation is often expected to select higher dispersal

关键词： dispersal evolution | metapopulation | evolutionary rescue | fragmentation | spatial autocorrelation | COLONIZATION TRADE-OFF | HABITAT FRAGMENTATION | SEED DISPERSAL | COMPETITION | EXTINCTION...

6. Dispersal of a dominant competitor can drive multispecies coexistence in biofilms NSTL国家科技图书文献中心

Holt, Jacob D. | Schultz, Daniel ... - 《Current Biology》 - 2024,34(18) - 共19页

摘要： competition-dispersal- colonization trade-off can go on to | Despite competition* for both space and* | competitor can permit coexistence generally. Colonization | nutrients, bacterial species often coexist within | structured, surface- attached communities termed biofilms

关键词： PSEUDOMONAS-AERUGINOSA | TRADE-OFF | BACTERIAL | COOPERATION | MECHANISMS | HETEROGENEITY | ARCHITECTURE | PYOCYANIN | EVOLUTION | PATTERNS

7. Breaking down the components of the competition‐colonization trade‐off: New insights into its role in diverse systems NSTL国家科技图书文献中心

Ilia Maria C. Ferzoc... | Shannon J. McCauley - 《Journal of Animal Ecology》 - 2023,92(2) - 352～366 - 共15页 - 被引量：4

摘要： competition‐colonization trade‐off. We argue that tests of | the competition‐colonization* trade‐off have been* | that competition‐colonization* trade‐offs may be less* | competition and colonization can be an important mechanism | , empirical evidence for this trade‐off* is mixed, raising*

关键词： active dispersal | animal dispersal | coexistence | competition | competition‐colonization trade‐off | dispersal | ecological traits

8. Complex patch geometry promotes species coexistence through a reverse competition-colonization trade-off NSTL国家科技图书文献中心

Rynne, Nina | Birtles, Geneva ... - 《Proceedings of the Royal Society, B. Biological Sciences.》 - 2023,290(2010) - ARTN 20231554～ - 共8页

摘要：Explaining the maintenance of diverse species | assemblages is a central goal of ecology and conservation | . Recent coexistence mechanisms highlight the role of | dispersal as a source of the differences that allow | similar species to coexist. Here, we propose a new

关键词： coexistence theory | species competition | dispersal | landscape | niche | mechanism | ENVIRONMENTAL VARIABILITY | DISPERSAL | RECRUITMENT | MAINTENANCE...

9. Complex nonmonotonic responses of biodiversity to habitat destruction NSTL国家科技图书文献中心

Helin Zhang | Daniel Bearup ... - 《Ecology: A Publication of the Ecological Society of America》 - 2023,104(12) - n/a～n/a - 共11页 - 被引量：4

摘要： demonstrate that a competition–colonization* trade‐off can* | Abstract It has typically been assumed that | habitat destruction, characterized by habitat loss and | fragmentation, has consistently negative effects on | biodiversity. While numerous empirical studies have shown the

关键词： competition–colonization trade‐off | fragmentation–diversity relationship | habitat destruction | habitat fragmentation | habitat loss | hierarchical competition

10. Connecting local and regional scales with stochastic metacommunity models: Competition, ecological drift, and dispersal NSTL国家科技图书文献中心

Brian A. Lerch | Akshata Rudrapatna ... - 《Ecological Monographs: Official Publication of the Ecological Society of America》 - 2023,93(4) - n/a～n/a - 共26页

摘要： through competition‐colonization* or successional‐niche* | competition model. Two open‐system models focus on a single | outcome of competition* at the regional scale. We show* | the classic Lotka–Volterra competition* model* | trade‐offs. Larger dispersal rates are typically

关键词： coexistence | competition‐colonization trade‐off | Lotka–Volterra competition | metacommunity theory | priority effect | spatial structure | stochasticity

摘要：-competition trade-off model by assuming that a disturbance | sudden species extinction in the colonization | Species extinction and the resulting impact on | the community composition is a pervasive threat to | vegetation ecosystems today. Understanding how the

关键词： Metapopulation theory | Theoretical ecology | Biodiversity | Rank-abundance curves | Coexitence

摘要： critical trade-off between competitive and colonization | based on competition-colonization multispecies | There remains considerable doubt, debate, and | confusion regarding how biodiversity responds to gradients | of important environmental drivers, such as habitat

关键词： competition-colonization trade-off | disturbance | habitat size | multiple environmental drivers | resource productivity | zig-zag responses in biodiversity | competition–colonization trade‐off | zig‐zag responses in biodiversity

摘要：The competition-colonization (CC) trade-off is | a CC trade-off model, we study their assembly from | slowly. Together, our results suggest that the CC trade | -off can support the robust emergence of diverse | a well-studied coexistence mechanism for

关键词： competition-colonization trade-off | coexistence theory | community assembly | metacommunities | probabilistic analysis

摘要：–colonization trade-off, where solitary foundation offers a | of foundation coexist along a competition | colonization advantage, while colony fission has a | Abstract Dispersal and establishment | strategies are highly variable. Each strategy is associated

关键词： Ants | Propagule size | Budding | Swarming | Growth analysis | Survival analysis

摘要： competition levels, habitat fragmentation directly | off against competitive ability, increased | Because it affects dispersal risk and modifies | constrains dispersal evolution. When dispersal is traded | fragmentation is often expected to select higher dispersal

关键词： dispersal evolution | metapopulation | evolutionary rescue | fragmentation | spatial autocorrelation | COLONIZATION TRADE-OFF | HABITAT FRAGMENTATION | SEED DISPERSAL | COMPETITION | EXTINCTION...

摘要： competition-dispersal- colonization trade-off can go on to | Despite competition for both space and | competitor can permit coexistence generally. Colonization | nutrients, bacterial species often coexist within | structured, surface- attached communities termed biofilms

关键词： PSEUDOMONAS-AERUGINOSA | TRADE-OFF | BACTERIAL | COOPERATION | MECHANISMS | HETEROGENEITY | ARCHITECTURE | PYOCYANIN | EVOLUTION | PATTERNS

关键词： active dispersal | animal dispersal | coexistence | competition | competition‐colonization trade‐off | dispersal | ecological traits

摘要：Explaining the maintenance of diverse species | assemblages is a central goal of ecology and conservation | . Recent coexistence mechanisms highlight the role of | dispersal as a source of the differences that allow | similar species to coexist. Here, we propose a new

关键词： coexistence theory | species competition | dispersal | landscape | niche | mechanism | ENVIRONMENTAL VARIABILITY | DISPERSAL | RECRUITMENT | MAINTENANCE...

摘要： demonstrate that a competition–colonization trade‐off can | Abstract It has typically been assumed that | habitat destruction, characterized by habitat loss and | fragmentation, has consistently negative effects on | biodiversity. While numerous empirical studies have shown the

关键词： competition–colonization trade‐off | fragmentation–diversity relationship | habitat destruction | habitat fragmentation | habitat loss | hierarchical competition

摘要： through competition‐colonization or successional‐niche | competition model. Two open‐system models focus on a single | outcome of competition at the regional scale. We show | the classic Lotka–Volterra competition model | trade‐offs. Larger dispersal rates are typically

关键词： coexistence | competition‐colonization trade‐off | Lotka–Volterra competition | metacommunity theory | priority effect | spatial structure | stochasticity

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国家科技图书文献中心

摘要：-competition* trade-off model by assuming that a disturbance* | sudden species extinction in the colonization | Species extinction and the resulting impact on | the community composition is a pervasive threat to | vegetation ecosystems today. Understanding how the

摘要： critical trade-off between competitive and colonization | based on competition-colonization* multispecies* | There remains considerable doubt, debate, and | confusion regarding how biodiversity responds to gradients | of important environmental drivers, such as habitat

摘要：The competition-colonization* (CC) trade-off is* | a CC trade-off* model, we study their assembly from* | slowly. Together, our results suggest that the CC trade | -off* can support the robust emergence of diverse* | a well-studied coexistence mechanism for

摘要：–colonization* trade-*off, where solitary foundation offers a | of foundation coexist along a competition | colonization advantage, while colony fission has a | Abstract Dispersal and establishment | strategies are highly variable. Each strategy is associated

摘要： competition-dispersal- colonization trade-off can go on to | Despite competition* for both space and* | competitor can permit coexistence generally. Colonization | nutrients, bacterial species often coexist within | structured, surface- attached communities termed biofilms

摘要： demonstrate that a competition–colonization* trade‐off can* | Abstract It has typically been assumed that | habitat destruction, characterized by habitat loss and | fragmentation, has consistently negative effects on | biodiversity. While numerous empirical studies have shown the

摘要： through competition‐colonization* or successional‐niche* | competition model. Two open‐system models focus on a single | outcome of competition* at the regional scale. We show* | the classic Lotka–Volterra competition* model* | trade‐offs. Larger dispersal rates are typically