A new process-based dynamic occupancy model with dispersal-pressure colonization and sparse matrices enables large-scale study of range dynamics and disentangles dispersal from habitat effects in non-equilibrium conditions.
MacKenzie, James D
3 Pith papers cite this work. Polarity classification is still indexing.
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2026 3verdicts
UNVERDICTED 3representative citing papers
A continuous IRT model disentangles latent rider skill and condition difficulty from binary behavioral outcomes, anchored to an expert curve prior and validated on synthetic data.
Derives global stability conditions for coexistence equilibria in generalized additional food predator-prey models, demonstrates codim-3 BT bifurcation in Holling IV variant, and shows via CRNT that additional food increases deficiency with possible link to complex bifurcations.
citing papers explorer
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A process-based dynamic occupancy model to study range dynamics under non-equilibrium conditions
A new process-based dynamic occupancy model with dispersal-pressure colonization and sparse matrices enables large-scale study of range dynamics and disentangles dispersal from habitat effects in non-equilibrium conditions.
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Inverse Suitability: Identifying Condition Difficulty and Rider Skill from Behavioural Outcomes via Continuous-Item Response Theory
A continuous IRT model disentangles latent rider skill and condition difficulty from binary behavioral outcomes, anchored to an expert curve prior and validated on synthetic data.
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An Investigation of Additional Food Models with Generalised Functional Response
Derives global stability conditions for coexistence equilibria in generalized additional food predator-prey models, demonstrates codim-3 BT bifurcation in Holling IV variant, and shows via CRNT that additional food increases deficiency with possible link to complex bifurcations.