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This study examines how environmental transitions affect decomposition rates and patterns in juvenile piglets.

Decomposition dynamics across sequential environments: subaerial and freshwater aquatic transitions

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Randomized trial investigates decomposition rates in juvenile piglets during environmental transitions, suggesting scoring system limitations.

This study examines how environmental transitions affect decomposition rates and patterns in juvenile piglets.
Investigated decomposition in juvenile piglets under subaerial-to-freshwater aquatic and freshwater aquatic-to-subaerial transitions.
Used a total of twelve piglets, with five in each experimental group, and two controls in designated environments.
Decomposition quantified using Adjusted Total Body Scores, Total Aquatic Decomposition Scores, and Accumulated Degree Days.
Subaerial-to-aquatic transitions showed delayed decomposition initially, followed by rapid breakdown leading to near-complete skeletonization.
Aquatic-to-subaerial transitions featured rapid decomposition during submersion, then reduced activity resulting in mummification.
Findings indicate the need for a novel scoring framework to address limitations in current systems, particularly for transitional environments.

Lindsay et al. (2026) studied this question.

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View Full Paper

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Authors

Randomized trial investigates decomposition rates in juvenile piglets during environmental transitions, suggesting scoring system limitations.

This study examines how environmental transitions affect decomposition rates and patterns in juvenile piglets.
Investigated decomposition in juvenile piglets under subaerial-to-freshwater aquatic and freshwater aquatic-to-subaerial transitions.
Used a total of twelve piglets, with five in each experimental group, and two controls in designated environments.
Decomposition quantified using Adjusted Total Body Scores, Total Aquatic Decomposition Scores, and Accumulated Degree Days.
Subaerial-to-aquatic transitions showed delayed decomposition initially, followed by rapid breakdown leading to near-complete skeletonization.
Aquatic-to-subaerial transitions featured rapid decomposition during submersion, then reduced activity resulting in mummification.
Findings indicate the need for a novel scoring framework to address limitations in current systems, particularly for transitional environments.

Lindsay et al. (2026) studied this question.

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