1. Grizzly Bears:
• Habitat Suitability Models:
o To improve predicted accuracy, think about changing variables or improving models based on fresh data.
• Behavioural Sampling:
o If necessary, alter sampling procedures to guarantee a thorough comprehension of behaviour changes brought on by climate change.
• Temperature-Linked Phenology:
o Modify the phenological models in accordance with the observed timing of crucial events, such as feeding and denning.
2. Beavers:
• Impact on Water Quality:
o To guarantee a thorough assessment of changes in water quality, consider other parameters or sample sites.
• Adaptation Strategies:
o Examine how genetic and demographic information might be combined to better understand adaptive capacity.
• Climate-Beaver Interactions:
o Improve the study plan to more accurately measure the connections between temperature, precipitation, and beaver dam construction.
3. Killer Whales:
• Prey Availability Correlation:
o Enhance the study design to include more prey species or change the sites of sampling to capture shifts in the distribution of prey.
• Socioecological Dynamics:
o To improve the comprehension of group dynamics, think about including social network analysis or other behavioural measures.
• Oceanographic Influences:
o Modify the location or frequency of sampling in accordance with noted changes in sea surface temperatures and currents.
Upon examining your theories regarding Grizzly Bears, Beavers, and Killer Whales, it is clear that your research design holds potential. Nevertheless, I think adding more specificity will improve the quality. In the case of Grizzly Bears, I suggest offering specific examples to improve predicted accuracy and suggesting particular changes for behavioural sampling. Regarding Beavers, the study would benefit from defining parameters for a comprehensive evaluation of changes in water quality as well as offering specific approaches for combining genetic and demographic data. In a similar vein, I propose providing examples of other prey species or particular locations for a range of prey distribution for killer whales, in addition to suggesting resources for social network analysis. These changes would provide a more precise direction for honing research hypotheses and techniques I guess. Good job with the idea of your project!