Predicting precisely which animal species will survive or thrive due to climate change poses a complex challenge due to the intricate web of interactions within ecosystems and varied responses to environmental changes. However, some general trends and characteristics observed among species help us understand potential implications:

1. Adaptability and Resilience: Species with high adaptability, such as generalist feeders or those with diverse habitats, may have better chances of survival compared to more specialized species. Traits such as a broad diet, flexible reproductive strategies, or tolerance for environmental fluctuations can be advantageous.

2. Geographical Range: Species that occupy extensive geographical ranges or can disperse more easily may have an advantage. Those limited to narrow ranges or specific microhabitats may be at higher risk if their habitat undergoes substantial change.

3. Habitat Availability and Connectivity: Species that rely on specific habitats should have sufficient suitable habitats available in the future, and the ability to move or migrate to those habitats as conditions change. Fragmented landscapes and habitat loss can have detrimental impacts.

4. Physiological Tolerances: Species that can tolerate a wide range of temperatures, water availability, or other environmental conditions are better equipped to survive changing climates. Tolerance for extreme events like droughts, heat waves, or storms can be crucial.

5. Species Interactions: The survival and success of many species depend on intricate relationships with other organisms, such as prey-predator interactions, symbiotic associations, or pollination services. Climate change can disrupt these interactions, potentially impacting entire food webs.

6. Phenotypic Plasticity: Some species can display phenotypic plasticity, whereby individuals develop different traits or behaviors in response to changing environmental conditions. This flexibility can help them adapt over shorter timescales.

7. Evolutionary Potential: Species with higher genetic diversity or shorter generation times may have greater adaptive potential over time, allowing them to evolve traits better suited to altered conditions.

Despite these factors, it is essential to recognize that predicting survival for individual species can be complex, and some may be highly vulnerable despite certain traits. Additionally, ecosystem-level responses, such as shifting species distribution, cascading effects on interactions, and changes in ecological communities, add layers of uncertainty to the fate of specific species.