Legacies of foundation species shape life after death

John S. Kominoski, Jesse B. Nippert, Jill F. Johnstone, Steven C. Pennings, Daniel C. Reed, David M. Bell, Katharine N. Suding, Kai L. Kopecky, Max C. N. Castorani, Ty Tuff, Audrey Barker Plotkin, Christopher J. Nytch, Aaron B. Shiels
2026-06-10

Long Term Ecological Research Networkdemographic processesecological memoryfoundation speciesmaterial legacies
Ecosystems carry memory through the material remains of organisms. Foundation species-trees, grasses, corals, and oysters-while alive are central to ecosystem structure, and the remains of these organisms continue to influence ecological processes after death. We conducted, to our knowldge, the first continental-scale exploration of how dead foundation species influence living conspecifics, leveraging long-term experiments and observations (2 to 32 years) from 10 ecosystems (five terrestrial and five marine) across the US Long Term Ecological Research Network. We found that material legacies commonly alter demographic processes, ranging from a 50% reduction to a 12-fold increase. The ubiquity of these postmortem effects reveals an underappreciated dimension of ecological memory that shapes pathways of ecosystem resilience, reorganization, and collapse, providing a critical management tool in an era of increasing disturbance- and climate-driven mortality events.
1
A continental-scale analysis using 2–32 year experiments/observations from 10 ecosystems (5 terrestrial, 5 marine) demonstrates widespread postmortem effects.
2
Dead foundation species (trees, grasses, corals, oysters) commonly influence living conspecifics across ecosystems.
3
Material legacies of foundation species alter demographic processes, with effects ranging from a 50% reduction to a 12-fold increase.
4
Postmortem effects constitute an important, underappreciated component of ecological memory that shapes resilience, reorganization, and collapse.
5
Recognizing and managing material legacies offers a critical tool amid increasing disturbance- and climate-driven mortality events.

Dead foundation species (material remains of trees, grasses, corals, oysters) across terrestrial and marine ecosystems

Effects of material legacies of dead foundation species on living conspecifics' demographic processes and consequent impacts on ecological memory, resilience, reorganization, and collapse

Publication Details
Publication Date
2026-06-10
Journal
Publisher
ISSN
Cited by
3
Access Type
Author Information
Authors
John S. Kominoski
Jesse B. Nippert
Jill F. Johnstone
Steven C. Pennings
Daniel C. Reed
David M. Bell
Katharine N. Suding
Kai L. Kopecky
Max C. N. Castorani
Ty Tuff
Audrey Barker Plotkin
Christopher J. Nytch
Aaron B. Shiels
Explore further
Open the scid.ai AI chat with a ready-made request: it will find papers on a similar topic and help build a literature review.
Find similar papers in the chat
Make a presentation
100%