Conservation physiology and the quest for a 'good' Anthropocene

Area of Science:

• Conservation physiology
• Anthropocene studies
• Environmental science

Background:

• The Anthropocene epoch is defined by significant human impacts on Earth's geology and biodiversity.
• While acknowledging negative changes like climate change and species extinction, a 'good Anthropocene' aims to balance human needs with nature preservation.
• Conservation physiology is emerging as a key discipline to navigate these challenges.

Purpose of the Study:

• To outline how conservation physiology can guide a hopeful and productive conservation strategy for the Anthropocene.
• To identify key contributions of conservation physiology in achieving a 'good Anthropocene'.
• To foster a positive and progressive approach to environmental conservation.

Main Methods:

• Focusing on a proactive conservation approach.
• Encouraging a pragmatic perspective in conservation efforts.
• Establishing an appreciation for environmental resilience.
• Informing and engaging the public and political spheres.

Main Results:

• Conservation physiology provides a framework for proactive, pragmatic, and resilience-focused conservation.
• The discipline integrates theory, technology, and public engagement for effective conservation outcomes.
• It offers pathways to curb and reverse negative human environmental impacts.

Conclusions:

• Conservation physiology is pivotal in shaping a positive and productive future for conservation.
• The field's interdisciplinary approach, combining science and engagement, is essential for environmental success.
• Conservation physiologists are well-positioned to drive meaningful change in the Anthropocene.