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COS 29
Climate Change: Ranges And Phenology
Mon, Aug 02, 2021:
2:30 PM-3:30 PM
On Demand
Changes in phenology predict trends in relative abundance in Massachusetts butterfly species
James Michielini
,
Tufts
;
On Demand
Decades of data suggest climate change resilience in a reptile with temperature-dependent sex determination at its northern range limit
Jessica A. Leivesley
,
University of Toronto
;
On Demand
Novel data-driven method to model the nonlinear dynamics of leafing phenology
Yiluan Song
,
University of California, Santa Cruz
;
On Demand
Phenological timing and sensitivity to climate differs between the native and introduced range of an invasive plant species
Rachel A. Reeb
,
Biological Sciences, University of Pittsburgh
;
On Demand
Potential impacts of climate change on the phenological synchrony between a consumer and its resource: The example of the spruce budworm and its tree host
Sebastien Portalier
,
University of Ottawa
;
On Demand
Process-based forecasting of near-term range shifts in marine species
Alexa Fredston
,
UC Santa Cruz
;
On Demand
Using a computer vision model for large-scale annotation of phenology in citizen science datsets
Naeem Aziz
,
University of Pittsburgh
;