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Publications by Lesley T Lancaster

Molecular Evolutionary Rates Predict Both Extinction and Speciation in Temperate Angiosperm Lineages

BMC Evolutionary Biology

English

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Figure 2: Diversification Rates for Himalayan Carex Lineages Estimated Under the Model Geographic State Speciation and Extinction (GeoSSE).

English

Evolutionary Dynamics at High Latitudes: Speciation and Extinction in Polar Marine Faunas

Philosophical Transactions of the Royal Society B: Biological Sciences

Molecular Biology

Biological Sciences

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Estimating Taxonomic Diversity, Extinction Rates, and Speciation Rates From Fossil Data Using Capture-Recapture Models

Biological Sciences

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Adaptation, Speciation and Extinction in the Anthropocene

Proceedings of the Royal Society B: Biological Sciences

Molecular Biology

Environmental Science

Biological Sciences

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Table 4: Estimates of Diversification in Himalayan vs Non-Himalayan Lineages Using Geographic State Speciation and Extinction (GeoSSE) Models.

English

Dynamics of Starvation and Recovery Predict Extinction Risk and Both Damuth’s Law and Cope’s Rule

Nature Communications

Molecular Biology

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Angiosperm Polyploids and Their Road to Evolutionary Success

Trends in Evolutionary Biology

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Extinction of Fish-Shaped Marine Reptiles Associated With Reduced Evolutionary Rates and Global Environmental Volatility

Nature Communications

Molecular Biology

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Acclimation of Photosynthesis and Dark Respiration of a Submersed Angiosperm Beneath Ice in a Temperate Lake

Plant Physiology

English