Daniel J. D. S. W. Kearney

Definition

Daniel J. D. S. W. Kearney is a prominent figure in the field of conservation physiology and global change biology, recognized for his research on how physiological mechanisms influence species' responses to environmental changes. His work bridges the gap between physiology and ecology, emphasizing the importance of understanding these connections to effectively address conservation challenges amidst global changes such as climate change and habitat destruction.

5 Must Know Facts For Your Next Test

1. Kearney's research highlights the significance of physiological adaptations in helping species cope with rapid environmental changes brought on by human activities.
2. His studies often involve modeling species distributions to predict how climate change will affect different populations based on their physiological traits.
3. Kearney emphasizes the need for integrating physiological data into conservation planning to improve outcomes for threatened species.
4. His work often collaborates with other scientists across disciplines, showcasing the interdisciplinary nature of conservation physiology.
5. Kearney has contributed to numerous publications that advocate for better understanding the links between physiology and species resilience in the face of global change.

Review Questions

• How does Daniel J. D. S. W. Kearney's research contribute to our understanding of species responses to environmental changes?
  • Kearney's research provides valuable insights into the physiological adaptations that allow species to survive and reproduce under changing environmental conditions. By studying these mechanisms, he helps identify which species are more vulnerable to threats like climate change. This understanding is crucial for developing effective conservation strategies that prioritize the needs of species facing imminent environmental stressors.
• Discuss the importance of integrating physiological data into conservation planning as advocated by Kearney.
  • Integrating physiological data into conservation planning is essential because it allows for a more nuanced understanding of how species will react to environmental changes. Kearney argues that this integration can lead to more targeted management strategies that account for specific vulnerabilities and strengths within species. By considering physiological factors, conservationists can better prioritize efforts and allocate resources effectively, ultimately improving the chances of successful species recovery.
• Evaluate the broader implications of Kearney's findings on conservation efforts amidst global change.
  • Kearney's findings underscore the critical need for adaptive conservation strategies that respond to the rapid pace of global change. His work highlights that without a thorough understanding of physiological responses, conservation initiatives may fall short in protecting at-risk species effectively. As global challenges like climate change continue to escalate, incorporating these insights into policy-making and conservation practices will be vital for preserving biodiversity and ensuring ecosystem resilience.

Related terms

Conservation Physiology: A field of study that focuses on how physiological processes affect the survival and reproduction of species, particularly in relation to environmental stressors.

Climate Change: Long-term alterations in temperature, precipitation, and other atmospheric conditions that impact ecosystems and species worldwide.

Ecophysiology: The study of the interactions between organisms and their environment, particularly how physiological traits enable survival in specific habitats.