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Source Page<\/th>Link Text<\/th>Document<\/th>Type<\/th><\/tr><\/thead>
Page: "ARTHUR R MARSHALL, JR., ECOLOGICAL SCIENCES LABORATORY"<\/a><\/td>Wiley Most cited author CERTIFICATE 2023<\/td>Wiley-Most-cited-author-CERTIFICATE-2025.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "ARTHUR R MARSHALL, JR., ECOLOGICAL SCIENCES LABORATORY"<\/a><\/td>Curriculum vitae<\/td>Christman-CV-October-2015.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Trait-Mediated Indirect Interactions"<\/a><\/td>Flyer (with 20% discount code) for Trait-Mediated Indirect Interactions (2012)<\/td>trait-mediated-indirect-interactions.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predation, apparent competition, and the structure of prey communities<\/td>001.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Report on species border research<\/td>002.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Distributional patterns in St. Croix Sphaerodactylus lizards: the taxon cycle in action<\/td>003.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Review of "The Natural Selection of Populations and Communities"<\/td>005.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Optimal foraging and the form of the predator isocline<\/td>006.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Immigration and the dynamics of peripheral populations<\/td>007.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Models for peripheral populations: the role of immigration<\/td>008.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Spatial heterogeneity, indirect interactions, and the coexistence of prey species<\/td>009.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Infanticide as an evolutionary stable strategy<\/td>010.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Infectious disease and species coexistence: a model of Lotka-Volterra form<\/td>011.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Population dynamics in two-patch environments: some anomalous consequences of an optimal habitat distribution<\/td>012.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Density-independent mortality, non-linear competitive interactions, and species coexistence<\/td>013.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>On the relation between niche overlap and competition: the effect of incommensurable niche dimensions<\/td>014.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Short-term apparent competition<\/td>015.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Prey communities in patchy environments<\/td>016.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Population dynamics and evolutionary processes: the manifold effects of habitat selection<\/td>017.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predation and competition: the interaction of two types of species interactions<\/td>018.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The ecology and evolution of intraguild predation<\/td>019.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Herbivore influences on plant performance and competitive interactions<\/td>020.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The microevolutionary consequences of climate change<\/td>021.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Birds under selection<\/td>022.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The coexistence of competing parasites. I. The role of cross-species infection<\/td>023.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Genetic variation for habitat preference: evidence and explanation<\/td>024.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Evolve: a desktop laboratory of evolution<\/td>025.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Theoretical ecology<\/td>026.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Population ecology<\/td>027.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A neglected facet of island biogeography: the role of internal spatial dynamics in area effects<\/td>028.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The effects of habitat fragmentation on small mammal populations<\/td>029.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Intraguild predation: the dynamics of complex trophic interactions<\/td>030.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The analysis of adaptation in heterogeneous landscapes: implications for the evolution of fundamental niches<\/td>031.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The evolution of dispersal in spatially and temporally varying environments<\/td>032.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Diverse and contrasting effects of habitat fragmentation<\/td>033.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Improving food webs<\/td>034.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Ecological and evolutionary consequences of patchiness: a marine-terrestrial perspective<\/td>035.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Environmental heterogeneity and the stability of host-parasitoid interactions<\/td>036.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The influence of regional processes on local communities<\/td>037.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>In peace, and in war.<\/td>038-Holt-R.D.-1993-Nature-.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Ecology at the mesoscale: the influence of regional processes on local communities<\/td>039.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Apparent competition and enemy-free space in insect host-parasitoid communities<\/td>040.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Infectious diseases of wildlife, in theory and in practice<\/td>041.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Population processes and biological diversity<\/td>042.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The population dynamic consequences of phenological asynchrony between parasitoids and their hosts<\/td>043.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Linking species and ecosystems: where's Darwin?<\/td>044.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Simple rules for interspecific dominance in systems with exploitative and apparent competition<\/td>045.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The ecological consequences of shared natural enemies<\/td>046.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The effects of habitat fragmentation on population species of small mammals in eastern Kansas<\/td>047.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>When does evolution by natural selection prevent extinction?<\/td>048.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Perspectives from an experimental study of habitat fragmentation in an agroecosystem<\/td>049.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Habitat fragmentation and movements of three small mammals<\/td>050.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Linking contemporary vegetation models and spatially explicit animal population models<\/td>051.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Group Report: Genetics and evolution of infectious diseases in natural populations<\/td>052.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Population dynamics of small mammals in fragmented and continuous old-field habitats<\/td>053.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Refuge evolution and the population dynamics of coupled host-parasitoid associations<\/td>054.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Vegetation dynamics in an experimentally fragmented landscape<\/td>055.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Food webs in space: an island biogeographic perspective<\/td>056.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Temporal and spatial aspects of food web structure and dynamics<\/td>057.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Time, space, and life history: influences on food webs<\/td>058.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Demographic constraints in evolution: towards unifying the evolutionary theories of senescence and niche conservatism<\/td>059.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Adaptive evolution in source-sink environments: direct and indirect effects of density-dependence on niche evolution<\/td>060.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Effects of chronic pesticide stress on wildlife populations in complex landscapes: processes at multiple scales<\/td>061.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Darwin goes to the doctor<\/td>062.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Resource competition and within-host disease dynamics<\/td>063.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Small mammal community patterns in old fields: distinguishing site-specific from regional processes<\/td>064.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Chaotic population dynamics favors the evolution of dispersal<\/td>065.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Review of "Species Diversity in Space and Time"<\/td>066.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Rarity and evolution: some theoretical considerations<\/td>067.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>From metapopulation dynamics to community structure: some consequences of spatial heterogeneity<\/td>068.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Plants in trophic webs<\/td>069.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The evolution of species' niches: a population dynamic perspective<\/td>070.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>On the relationship between range size and local abundance: back to basics<\/td>071.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>How does immigration influence local adaptation? A reexamination of a familiar paradigm<\/td>072.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A theoretical framework for intraguild predation<\/td>073.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>When is biological control evolutionarily stable (or is it)?<\/td>074.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>On the evolutionary stability of sink populations<\/td>075.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Community modules<\/td>076.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Toward an integration of landscape ecology and food web ecology: the dynamics of spatially subsidized food webs<\/td>077.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Biodiversity inventories, indicator taxa and effects of habitat modification in tropical forest<\/td>078.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Apparent competition or apparent mutualism? Shared predation when populations cycle<\/td>079.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Disentangling resource and apparent competition: realistic models for plant-herbivore communities<\/td>080.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Persistence and area effects in a stochastic tritrophic model<\/td>081.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The coexistence of competing parasites. II. Hyperparasitism and food chain dynamics<\/td>082.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The interaction between plant competition and disease<\/td>083.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Population dynamics and the evolutionary stability of biological control<\/td>084.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The uniformity and density of pest exploitation as guides to success in biological control<\/td>085.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Trophic rank and the species-area relation<\/td>086.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>1998 Sewall Wright Award: William Donald Hamilton.<\/td>086a.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Patterns and impacts of movements at different scales in small mammals<\/td>088.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The relative importance of small-scale and landscape-level heterogeneity in structuring small mammal distributions<\/td>089.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Experimental design at the landscape scale<\/td>090.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Resolving ecological questions through meta-analysis: goals, metrics and models<\/td>091.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Woody plant colonization in an experimentally fragmented landscape<\/td>092.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Putting food webs into context<\/td>093.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Controlling transient chaos to prevent species extinction<\/td>094.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A survey and overview of habitat fragmentation experiments<\/td>095.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Alternative causes for range limits: a metapopulation perspective<\/td>096.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Weak sinks could cradle mutualistic symbioses\u2013strong sources should harbour parasitic symbioses<\/td>097.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Hot spots, cold spots, and the geographic mosaic theory of coevolution<\/td>098.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A biogeographical and landscape perspective on within-host infection dynamics<\/td>099.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The interaction of habitat fragmentation, plant, and small mammal succession in an old field<\/td>100.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Habitat selection under temporal heterogeneity: sinking the ghost of competition past<\/td>101.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Trophic cascades in terrestrial systems. Reflections on Polis et al<\/td>102.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Use it or lose it<\/td>103.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predators, ecological role of<\/td>104.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Species coexistence<\/td>105.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Indirect interactions, community modules, and biological control: a theoretical perspective<\/td>106.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Spatial variability in oviposition damage by periodical cicadas in a fragmented landscape<\/td>108.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Dynamical mechanism for coexistence of dispersing species without trade-offs in spatially extended ecological systems<\/td>109.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Allee effects, invasion pinning, and species' borders<\/td>110.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Frontiers of Ecology<\/td>111.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Dynamical mechanism for coexistence of dispersing species<\/td>112.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>How often are chaotic transients in spatially extended ecological systems?<\/td>113.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Biodiversity and ecosystem functioning: the role of trophic interactions and the importance of system openness<\/td>114.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The interaction between predation and competition: a review and synthesis<\/td>115.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Virulence on the edge: a source-sink perspective<\/td>116.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Biogeographical perspectives on arms races<\/td>117.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Food webs in space: On the interplay of dynamic instability and spatial processes<\/td>118.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Periodical cicada (Magicicada cassini) oviposition damage: visually impressive yet dynamically irrelevant<\/td>119.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Island theory, matrix effects and species richness patterns in habitat fragments<\/td>120.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Evolutionary consequences of asymmetric dispersal rates<\/td>121.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The impact of consumer-resource cycles on the coexistence of competing consumers<\/td>122.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The inflationary effects of environmental fluctuations in source-sink systems<\/td>123.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Impact of temporal variation on apparent competition and coexistence in open ecosystems<\/td>125.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>On the evolutionary ecology of species ranges<\/td>126.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Reflections on landscape experiments and ecological theory: tools for the study of habitat fragmentation<\/td>127.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Linking dynamical and population genetic models of persistent viral infection<\/td>128.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Niche differentiation in Mexican birds: using point occurence data to detect ecological innovation<\/td>129.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>How should environmental stress affect the population dynamics of disease?<\/td>130.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Accelerating mathematical-biological linkages: Report of a joint NSF-NIH workshop<\/td>131.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Dynamics and responses to mortality rates of competing predators undergoing predator-prey cycles<\/td>132.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Meta-ecosystems: a framework for a spatial ecosystem ecology<\/td>133.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Parasite establishment in host communities<\/td>134.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Keeping the herds healthy and alert: impacts of predation upon prey with specialist pathogens<\/td>135.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>The effects of enrichment on the dynamics of apparent competitive interactions in stage-structured systems<\/td>137.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Allee effects, immigration, and the evolution of species' niches<\/td>138.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Are predators good for your health? Evaluating evidence for top down regulation of zoonotic reservoirs<\/td>139.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>At the frontier of the integration of food web ecology and landscape ecology<\/td>140.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Implications of system openness for local community structure and ecosystem function<\/td>141.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Feast and Famine in food webs: the effects of pulsed productivity<\/td>142.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Spatial flows and the regulation of ecosystems<\/td>143.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The metacommunity concept: a framework for multi-scale community ecology<\/td>144.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Alternative stable states and regional community structure<\/td>145.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Temporal variation can facilitate niche evolution in harsh sink environments<\/td>146.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary Information<\/td>146supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Constraints come in many colors<\/td>147.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Reconciliation ecology, or resignation ecology? The challenge of living with nature<\/td>148.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Ecosystems evolution and conservation<\/td>149.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Conservation implication of niche conservatism and evolution in heterogeneous environments<\/td>150.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>On the interplay of predator switching and prey evasion in determining the stability of predator-prey dynamics<\/td>151.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Species\u2019 borders: a unifying theme in ecology<\/td>152.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Theoretical models of species\u2019 borders: single species approaches<\/td>153.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Ecosystems and parasitism: the spatial dimension<\/td>154.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The community context of species\u2019 borders: ecological and evolutionary perspectives<\/td>155c.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Viral infection in internally structured hosts. I. Conditions for persistent infection<\/td>156.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary Information<\/td>156supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>SHALOM: a landscape simulation model for understanding animal biodiversity<\/td>157.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Interspecific interactions and species diversity in drylands<\/td>158.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Secondary succession in an experimentally fragmented landscape: community patterns across space and time<\/td>159.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>\u00a0Landscape scale, heterogeneity, and the viability of Serengeti grazers<\/td>160.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Fire generates spatial gradients in herbivory: an example from a Florida sandhill ecosystem<\/td>161.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Phytoplankton species richness scales consistently from laboratory microcosms to the world\u2019s oceans<\/td>162.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Forward. In memory of Gary Allan Polis<\/td>163.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>\u00a0Supplementary Information.<\/td>164supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Individual behaviour, space and predator evolution promote persistence in a two-patch system with predator switching<\/td>165.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Metacommunities: Spatial Dynamics and Ecological Communities<\/td>166.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Metacommunities: a framework for large scale community ecology<\/td>167.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The effects of spatial processes on two species interactions<\/td>168.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Food web dynamics in a metacommunity context: modules and beyond<\/td>169.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Empirical perspectives (introduction to part 2)<\/td>170.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Competing theories for competitive metacommunities<\/td>171.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>From metacommunities to meta-ecosystems<\/td>172.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Future directions in metacommunity ecology<\/td>174.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>On the integration of community ecology and evolutionary biology: historical perspectives and current prospects<\/td>176.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Insights into evolution<\/td>177a.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Theories of niche conservatism and evolution: could exotic species be potential tests?<\/td>177.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Trophic cascades across ecosystems<\/td>178.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>An exploratory framework for the empirical measurement of resilience<\/td>179.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Making a virtue out of a necessity: Hurricanes and the resilience of island communities<\/td>180.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Viral ecology and the maintenance of novel host use<\/td>181.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Effects of species diversity on disease risk<\/td>182.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Extending the principles of community ecology to address the epidemiology of host-pathogen communities<\/td>183.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Understanding invasions in patchy habitats through metapopulation theory<\/td>184.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Sacred cows and sympathetic squirrels: the importance of biological diversity to human health<\/td>185.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Asymmetry and stability<\/td>186.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Fire frequency and mosaic burning effects on a tallgrass prairie ground beetle assemblage<\/td>187.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Emergent neutrality<\/td>189.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Influence of multiple factors on insect colonization of heterogeneous landscapes: a review and case study with periodical cicadas (Homoptera : Cicadidae)<\/td>190.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predation on mutualists can reduce the strength of trophic cascades<\/td>191.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Plant productivity and soil nitrogen as a function of grazing, migration, and fire in an African savanna<\/td>192.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Subthreshold and superthreshold coexistence of pathogen variants: The impact of host age-structure<\/td>193.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Canalization breakdown and evolution in a source-sink system<\/td>194.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predation can increase the prevalence of infectious disease<\/td>195.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>\u00a0The effects of immigration and environmental variability on the persistence of an inferior competitor<\/td>196.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Ecological and evolutionary insights from species invasions<\/td>197.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The unraveling of nature\u2019s information webs: the next depressing frontier in conservation?<\/td>199.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predators, parasitoids, and pathogens: a cross-cutting examination of intraguild predation theory<\/td>200.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>\u00a0Alternative prey and the dynamics of intraguild predation: theoretical perspectives<\/td>201.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>In ecology and evolution, when I say \u201cI\u201d, should I mean \u201cwe\u201d?<\/td>202.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The influence of vigilance on intraguild predation<\/td>203.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Cultural amnesia in the ecological sciences<\/td>204.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Vaccine-induced pathogen strain replacement: what are the mechanisms?<\/td>205.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Theoretical perspectives on resource pulses<\/td>206.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Is infectious disease just another type of predator-prey interaction?<\/td>207.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Effects of predation on host-pathogen dynamics in SIR models<\/td>209.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The relation of density regulation to habitat specialization, evolution of a species\u2019 range, and the dynamics of biological invasions<\/td>210.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary Information<\/td>210supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Charismatic mesofauna: butterflies as inspiration and test for theory that integrates ecology and evolution<\/td>211.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Coevolution drives temporal changes in fitness and diversity across environments in a bacteria-bacteriophage interaction<\/td>212.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Generalizing Levins metapopulation model in explicit space: Models of intermediate complexity<\/td>216.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>On the uses and abuses of comparative demography<\/td>217.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Habitat selection and niche conservatism<\/td>218.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Habitats and seasons<\/td>219.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Trophic interactions and range limits: the diverse roles of predation<\/td>221.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Grazers, browsers, and fire influence the extent and spatial pattern of tree cover in the Serengeti<\/td>222.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Opposing rainfall and plant nutritional gradients best explain the wildebeest migration in the Serengeti<\/td>223.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Patch size effects on plant species decline in an experimentally fragmented landscape<\/td>224.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Metapopulation perspectives on the evolution of species\u2019 niches<\/td>225.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Prince Kropotkin meets the Hutchinsonian niche<\/td>226.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Up against the edge: invasive species as testbeds for basic questions about evolution in heterogeneous environments<\/td>227.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A disease-mediated trophic cascade in the Serengeti and its implications for ecosystem C<\/td>228.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A meditation on species as stories<\/td>229.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Bringing the Hutchinsonian niche into the 21st century: Ecological and evolutionary perspectives<\/td>230.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Darwin, Malthus, and movement: a hidden assumption in the demographic foundations of evolution<\/td>231.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Trophic garnishes: cat-rat interactions in an urban environment<\/td>232.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Ecology and evolution as professions, and as liberal arts<\/td>233.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predation and community organization<\/td>233a.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Genetics, adaptation, and invasion in harsh environments<\/td>234.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Responses to alternative rainfall regimes and antipoaching in a migratory system<\/td>235.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Refuge-mediated apparent competition in plant-consumer interactions<\/td>236.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>236supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A framework for community interactions under climate change<\/td>237.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Experimental evidence that source genetic variation drives pathogen emergence<\/td>238.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>238supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Road will ruin Serengeti<\/td>239.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Niche conservatism as an emerging principle in ecology and conservation biology<\/td>240.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Editorial. Synthesizing ecology and evolution for the study of invasive species<\/td>241.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>2020 visions (section on ecology)<\/td>242.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Spatial interplay of plant competition and consumer foraging mediate plant coexistence and drive the invasion ratchet<\/td>243.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Trophic cascades: what they are, how they work, and why they matter<\/td>244.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Theoretical perspectives on trophic cascades: current trends and future directions<\/td>245.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Impacts of biodiversity on the emergence and transmission of infectious diseases<\/td>247.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>247s.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Position in the distributional range and sensitivity to forest fragmentation in birds: a case history from the Atlantic forest, Brazil<\/td>247a.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Cooperation, competition, and the social organization of the scientific enterprise<\/td>247b.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A world free of parasites and vectors: would it be heaven, or would it be hell?<\/td>247c.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A community-ecology framework for understanding vector and vector-borne disease dynamics<\/td>247d.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Apparent competition and vector-host interactions<\/td>247e.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Theoretical reflections on the evolution of migration<\/td>248.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Migration impacts on communities and ecosystems: empirical evidence and theoretical insights<\/td>249.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Uncertainty and predictability: the niches of migrants and nomads<\/td>250.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predicted impact of barriers to migration on the Serengeti wildebeest population<\/td>251.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Rinderpest<\/td>252.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Evolution in stage-structured populations<\/td>253.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>253supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Correction 1.<\/td>253corr.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Correction 2.<\/td>253corr2.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Heating up relations between cold fish: competition modifies responses to climate change<\/td>254.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Trophic downgrading of planet Earth<\/td>255.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>255supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Bird species abundance-occupancy patterns and sensitivity to forest fragmentation: Implications for conservation in the Brazilian Atlantic forest<\/td>256.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Predation and the evolutionary dynamics of species ranges<\/td>259.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>259supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>A large-scale forest fragmentation experiment: the Stability of Altered Forest Ecosystems Project<\/td>261.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>A never-ending struggle: Becoming a better ecologist and evolutionary biologist<\/td>262a.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Metapopulations and metacommunities: combining spatial and temporal perspectives in plant ecology<\/td>263.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>263supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The direct and indirect effects of fire on the assembly of insect herbivore communities: examples from the Florida scrub habitat<\/td>264.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The genetics of phenotypic plasticity. X. Variation versus uncertainty<\/td>265.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Different evolutionary histories underlie congruent species richness gradients of birds and mammals<\/td>266.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Effects of productivity, disturbance, and ecosystem size on food-chain length: insights from a metacommunity model of intraguild predation<\/td>267.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplemental information 1<\/td>267supp1.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplemental information 2<\/td>267supp2.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Landscape moderation of biodiversity patterns and processes \u2013 eight hypotheses<\/td>268.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Apparent Competition<\/td>270.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Indirect effects of parasites in invasions<\/td>275.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Lay Summary<\/td>275-LaySummary.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>275supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Phenotypic plasticity in evolutionary rescue experiments<\/td>276.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>What limits the evolutionary emergence of pathogens?<\/td>277.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Herbivore-vegetation feedbacks can expand the range of savanna persistence: insights from a simple theoretical model<\/td>278.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Allee effects, aggregation behavior, and invasion success<\/td>280-Kanarek-etal-2013-Theor.-Ecology-1.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Environmental change and the evolution of migration<\/td>282.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Evaluating ecological resilience with global sensitivity and uncertainty analysis<\/td>283.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Consumer fronts, global change, and runaway collapse in ecosystems<\/td>287.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Limits on ecosystem trophic complexity: insights from ecological network analysis<\/td>288.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The influence of interspecific interactions on species range expansion rates<\/td>289.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Where am I and why? Synthesizing range biology and the eco-evolutionary dynamics of dispersal<\/td>290.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A metabolic perspective on competition and body size reductions with warming<\/td>291.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>291supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Evolution of the ecological niche<\/td>292.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Towards a cohesive, holistic view of top predation: a definition, synthesis and perspective<\/td>293.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Landscape structure and genetic architecture jointly impact rates of niche evolution<\/td>294.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Overcoming Allee effects through evolutionary, genetic, and demographic rescue<\/td>295.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Habitat fragmentation and its lasting impacts on Earth\u2019s ecosystems<\/td>296.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>296supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The genetics of phenotypic plasticity. XIV. Coevolution.<\/td>297.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Can habitat specialization patterns of Neotropical birds highlight vulnerable areas for conservation in the Atlantic rainforest, southern Brazil?<\/td>300.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information<\/td>300sup.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Selection on stability across ecological scales.<\/td>301.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Threshold levels of generalist predation determine consumer response to resource pulses.<\/td>304.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Habitat fragmentation and biodiversity conservation: key findings and future challenges.<\/td>308.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Does biodiversity protect humans against infectious disease? Comment.<\/td>309.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Supplementary information<\/td>310supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Ecosystem context and historical contingency in apex predator recoveries.<\/td>311.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>311supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Improving the forecast for biodiversity under climate change.<\/td>312.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Green roofs may cast shadows<\/td>313-Holt-RD-2016-Greenroofs-essay-IJEE.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A meditation on life, death, and meaning.<\/td>314-Holt-2016-IJEE.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Geographical variation in the availability of natural history field guides? Personal reflections, causes and consequences.<\/td>315.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Evolutionary rescue in novel environments: Towards improving predictability.<\/td>316.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Connecting models, data, and concepts to understand fragmentation\u2019s ecosystem-wide effects.<\/td>317.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Eco-evolutionary dynamics in fragmented landscapes.<\/td>318.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Fragmentation affects plant community composition over time.<\/td>319.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Ilkka Hanski, The \u201cCompleat Ecologist\u201d: an homage to his contributions to the spatial dimension of food web interactions.<\/td>322.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Integrating biogeography with contemporary niche theory.<\/td>323.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Interspecific interactions and range limits: contrasts among interaction types.<\/td>324.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>324supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Effects of clonal reproduction on evolutionary lag and evolutionary rescue.<\/td>325.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>325supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Apparent Competition.<\/td>328-1.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The influence of herbivory and weather on the vital rates of two closely related cactus species.<\/td>329-1.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Backward bifurcation and oscillations in a nested immuno-eco-epidemiological model.<\/td>330.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Which coexistence mechanisms should biogeographers quantify? A reply to Alexander et al.<\/td>333.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Natural enemies and biodiversity: The double-edged sword of trophic interactions.<\/td>335.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Tropical forests can maintain hyperdiversity because of enemies.<\/td>336.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary Information.<\/td>336-supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Modeling R0 for pathogens with environmental transmission: Animal movements, pathogen populations and local infectious zones.<\/td>337.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>A comprehensive evaluation of predictive performance of 33 species distribution models at species and community levels.<\/td>338.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Reply to Cannon and Lerdau: Maintenance of tropical forest tree diversity.<\/td>339.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Supplementary Information.<\/td>340supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Supplementary Informat<\/td>341-supp.docx<\/span><\/td>DOCX<\/td><\/tr>
Page: "Publications"<\/a><\/td>ion.<\/td>341-supp.docx<\/span><\/td>DOCX<\/td><\/tr>
Page: "Publications"<\/a><\/td>Extinction filters mediate the global effects of habitat fragmentation on animals.<\/td>343.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>343supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Supplementary information.<\/td>344supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Looks can be deceiving: ecologically similar exotics have different impacts on a native competitor.<\/td>344a.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Evidential statistics in model and theory development.<\/td>344b.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The genetics of phenotypic plasticity. XVII. Response to climate change.<\/td>345.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Environmental and spatial effects on coastal stream fishes in the Atlantic rainforest.<\/td>346.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>346supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Reflections on niches and numbers.<\/td>347.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Relationship between conservation biology and ecology shown through machine reading of 32,000 articles.<\/td>352.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>352supp.docx<\/span><\/td>DOCX<\/td><\/tr>
Page: "Publications"<\/a><\/td>Partitioning multiple dimensions of beta diversity in a tropical stream macroalgal metacommunity.<\/td>353.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>353supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Environmental fluctuations can promote evolutionary rescue in high-extinction-risk scenarios.<\/td>354.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>354supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Disease in invasive plant populations.<\/td>355-Disease-in-invasive-plant-populations-Goss-etal-2020.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The interplay of movement and spatiotemporal variation in transmission degrades pandemic control.<\/td>356.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Review of Evolution in Isolations: The Search for an Island Syndrome in Plants,<\/td>357-Holt-RD-2020-Review-of-evolution-in-isolation-QRB.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The role of pathogens in plant invasions.<\/td>358-Kendig-etal-2020-The-Role-of-Pathogens-in-Plant-Invasions.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Revisiting the role of hyperparasitism in evolution of virulence.<\/td>359.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Supplementary information.<\/td>359supp.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/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"<\/a><\/td>Non-linear thresholds in the effects of island area on functional diversity in woody plant communities.<\/td>362-Zhang-etal-2021-J.-Ecology.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>On the interface of food webs and spatial ecolog<\/td>On-the-Interface-of-Food-Webs-Holt-etal-book-chapter.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>The species-area relationship in ant ecology<\/td>The-species-area-relationship-in-ant-ecology.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Disturbance-induced emigration<\/td>365.-Mestre-etal-2021-Disturbance-induced-emigration.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Metapopulation capacity determines food chain length in fragmented<\/td>366.-Wang-etal-2021-Metapopulation-capacity-determines-food-chain-length.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Why aren\u2019t warning signals everywhere? On the prevalence of aposematism and mimicry in communities<\/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"<\/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"<\/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"<\/a><\/td>Savannas are vital but overlooked carbon sinks<\/td>370.-Dobson-et-al-2022-Savannas-are-vital-but-overlooked-carbon-sinks.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Invasive grass litter suppresses a native grass species and promotes disease.<\/td>371.-Benitez-et-al-2022-Invasive-grass-litter-suppresses-a-native-grass-species-promotes-disease.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>https:\/\/doi.org\/10.1002\/ece3.8763.<\/td>375.-Scheiner-etal-2022-Ecology-Evolution.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>https:\/\/doi.org\/10.1016\/j.cub.2022.02.074<\/td>376.-Zhong-etal-2022-Current-Biology.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>Evolutionary Ecology Research 2023: 103-117<\/td>Apparent-competition-reflections-on-humans-Evol.Ecol_.Res_.-RD-Holt-2023.pdf<\/span><\/td>PDF<\/td><\/tr>
Page: "Publications"<\/a><\/td>https:\/\/doi.org\/10.1086\/733896<\/td>Metapopulations-the-inflationary-eff.w.-suppl-AmNat-Kortessis-etal-2025-.pdf<\/span><\/td>PDF<\/td><\/tr><\/tbody><\/table><\/figure>\n","protected":false},"excerpt":{"rendered":"

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