{"id":304,"date":"2026-03-19T08:28:47","date_gmt":"2026-03-19T12:28:47","guid":{"rendered":"https:\/\/people.clas.ufl.edu\/mjb01\/content-removed\/"},"modified":"2026-03-19T08:28:47","modified_gmt":"2026-03-19T12:28:47","slug":"content-removed","status":"publish","type":"page","link":"https:\/\/people.clas.ufl.edu\/mjb01\/content-removed\/","title":{"rendered":"Notice"},"content":{"rendered":"\n

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62 document links across 1 pages were redirected on March 19, 2026. Hover over a filename to see its original URL.<\/p>\n\n\n\n

Source Page<\/th>Link Text<\/th>Document<\/th>Type<\/th><\/tr><\/thead>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The factors that favor adaptive habitat construction versus non-adaptive environmental conditioning.<\/td>375.-Scheiner-etal-2022-Ecology-Evolution.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Do I build or do I move? Adaptation by habitat construction versus habitat choice.<\/td>368.-Scheiner-etal-2021-Do-I-build-or-do-I-move.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Why aren\u2019t warning signals everywhere? On the prevalence of aposematism and mimicry.<\/td>367.-Kikuchi-etal-2021-Why-arent-warning-signals-everywhere-on-the-prevalence-of-aposematism-and-mimicry-in-communities.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Disturbance-induced emigration: an overlooked adaptation that reduces metapopulation extinction risks.<\/td>365.-Mestre-etal-2021-Disturbance-induced-emigration.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The evolution of habitat construction with and without phenotypic plasticity.<\/td>369.Scheineretal2021Theevolutionofhabitatconstructionw.andw_.outphenotypicplasticity.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Environmental fluctuations dampen the effects of clonal reproduction on evolutionary rescue.<\/td>361-Peniston-et-al.-2021-Environmental-fluctuations-dampen-the-effects-of-clonal.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Revisiting the role of hyperparasitism in the evolution of virulence.<\/td>359.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary information.<\/td>359supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The interplay of movement and spatiotemporal variation in transmission degrades pandemic control.<\/td>356.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Environmental fluctuations can promote evolutionary rescue in high-extinction-risk scenarios.<\/td>354.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary information.<\/td>354supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Partitioning multiple dimensions of beta diversity in a tropical stream macroalgal metacommunity.<\/td>353.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary information.<\/td>353supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The genetics of phenotypic plasticity. XVII. Response to climate change.<\/td>345.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The interplay of nested biotic interactions and the abiotic environment regulates populations of a hypersymbiont.<\/td>344.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary information.<\/td>344supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Reply to Cannon and Lerdau: Maintenance of tropical forest tree diversity.<\/td>339.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Pulsed immigration events can facilitate adaptation to harsh sink environments.<\/td>340-Peniston-etal-2019-Pulsed-Immigration-Events-Can-Facilitate.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Towards a unified framework for connectivity that disentangles movement and mortality in space and time.<\/td>341.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary Information.<\/td>341-supp.docx<\/span><\/td>DOCX<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Tropical forests can maintain hyperdiversity because of enemies.<\/td>336.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary Information.<\/td>336-supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Backward bifurcation and oscillations in a nested immuno-eco-epidemiological model.<\/td>330.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The genetics of phenotypic plasticity. XV. Genetic assimilation, the Baldwin effect, and evolutionary rescue.<\/td>327.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Effects of clonal reproduction on evolutionary lag and evolutionary rescue.<\/td>325.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary Information.<\/td>325supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Evolutionary rescue in novel environments: Towards improving predictability.<\/td>316.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Quantifying dilution and amplification in a community of hosts for tick-borne pathogens.<\/td>310.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary Information.<\/td>310supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Dynamics of low and high pathogenic avian influenza in wild and domestic bird populations.<\/td>307.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Overcoming Allee effects through evolutionary, genetic, and demographic rescue.<\/td>295.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Limits on ecosystem trophic complexity: insights from ecological network analysis<\/td>288.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The genetics of phenotypic plasticity. XI. Joint evolution of plasticity and dispersal rate<\/td>269.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The prevalence and persistence of sigma virus, a biparentally transmitted parasite of\u00a0Drosophila melanogaster<\/td>262.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Predation and the evolutionary dynamics of species ranges<\/td>259.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Supplementary information<\/td>259supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Theoretical perspectives on the statics and dynamics of species\u2019 borders in patchy environments<\/td>260.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Evolution in stage-structured populations<\/td>253.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Appendices<\/td>253supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Correction 1<\/td>253corr.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Correction 2<\/td>253corr2.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Metapopulation perspectives on the evolution of species\u2019 niches<\/td>225.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Trophic interactions and range limits: the diverse roles of predation<\/td>221.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Predator shadows: complex life histories as generators of spatially patterned indirect interactions across ecosystems<\/td>220.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Habitat selection and niche conservatism<\/td>218.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Evolutionary dynamics as a component of stage-structured matrix models: An example using\u00a0Trillium grandiflorum<\/td>213.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The relation of density regulation to habitat specialization, evolution of a species' range, and the dynamics of biological invasions<\/td>210.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Within-host pathogen dynamics: Some ecological and evolutionary consequences of transients, dispersal mode, and within-host spatial heterogeneity<\/td>188.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Temporal autocorrelation can enhance the persistence and abundance of metapopulations comprised of coupled sinks<\/td>164.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Appendix<\/td>164supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Theories of niche conservatism and evolution: Could exotic species be potential tests?<\/td>177.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Viral infection in internally structured hosts. I. Conditions for persistent infection<\/td>156.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Appendices<\/td>156supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Temporal variation can facilitate niche evolution in harsh sink environments<\/td>146.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Appendix<\/td>146supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Allee effects, immigration, and the evolution of species\u2019 niches<\/td>138.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Impacts of environmental variability in open populations and communities: \u201cInflation\u201d in sink environments<\/td>136.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Impacts of temporal variation\u00a0on apparent competition and coexistence in open ecosystems<\/td>125.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The phenomenology of niche evolution via quantitative traits in a 'black-hole' sink<\/td>124.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>On the relationship between the ideal free distribution and the evolution of dispersal<\/td>107.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>The effects of density dependence and immigration on local adaptation and niche evolution in a black-hole sink environment<\/td>087.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications at the Ecological Sciences Lab"<\/a><\/td>Population dynamics and the evolutionary stability of biological control<\/td>084.pdf<\/span><\/td>PDF<\/td><\/tr><\/tbody><\/table><\/figure>\n","protected":false},"excerpt":{"rendered":"

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