Fossilisation ecology - a more complete concept of taphonomy

Area of Science:

• Paleontology
• Ecology
• Taphonomy

Background:

• Taphonomy, a key subdiscipline of paleontology, traditionally studies the processes affecting organisms from death to fossil discovery.
• Existing taphonomic studies primarily focus on post-mortem events and environmental conditions.
• The influence of an organism's living ecology on its fossilization potential is often overlooked.

Purpose of the Study:

• To introduce and define the concept of "fossilisation ecology."
• To propose a framework that integrates an organism's ecological characteristics into taphonomic research.
• To highlight how an organism's life history and ecological niche can impact its likelihood of becoming a fossil.

Main Methods:

• Conceptual framework development.
• Literature review integrating ecological and taphonomic principles.
• Theoretical modeling of ecological factors influencing fossilization.

Main Results:

• Fossilisation ecology is formally defined as the study of how an organism's ecology influences its fossilization.
• Ecological factors such as behavior, habitat, and life history are identified as significant determinants of fossilization potential.
• The proposed concept provides a systematic approach to analyzing these ecological influences.

Conclusions:

• Integrating fossilisation ecology with traditional taphonomy offers a more comprehensive understanding of fossil preservation.
• Recognizing the role of an organism's ecology is crucial for interpreting the biases and completeness of the fossil record.
• This interdisciplinary approach enhances paleontological research by considering the organism within its living environment.