SEPS organizes projects around biological questions, specimen evidence, and explicit validation gates. “Groundbreaking” is a conclusion—not a starting adjective.
Each project can stand on its own while contributing to a larger specimen-to-ecosystem evidence system.
Comparative records integrate host identity, anatomical site, life stage, prevalence, intensity, richness, coinfection, morphology, voucher status, and molecular confirmation.
Core question: Which host–parasite associations represent co-introduction, spillover, native-parasite acquisition, host switching, or a plausible spillback pathway?
A comparative analysis of parasite burden, body condition, sex, size, season, site, and necropsy context in two iconic South Florida apex predators.
Core question: Does burden track host condition, and can any apparent difference survive species-specific allometry and seasonal confounding?
Replicated early, intermediate, and mature forms are measured through calibrated whole-body outlines, hook geometry, annulation, body proportions, and fine-scale surface features.
Core question: Which morphological changes are developmental, allometric, host-associated, or taxonomically informative?
A field-level candidate proposal system is evaluated by centroid recall, review burden, category capture, failure modes, and external challenge performance—not by inflated diagnostic language.
Core question: Can heterogeneous fields be triaged reliably enough to make expert review faster without hiding misses?
The Boa imperator Everglades case connects field detection, rapid coordination, morphology, genetics, necropsy, and ecological context as a model for incipient-invasion documentation.
Core question: What evidence and response architecture turns a rare detection into an actionable, defensible case study?
A durable regional archive would link hosts, collection events, parasite specimens, images, measurements, vouchers, sequences, review status, and publications.
Core question: Can scattered records become a surveillance network without losing taxonomic or specimen-level context?
An alligator–python comparison could attract national attention because the hosts are instantly recognizable and ecologically consequential. The story becomes scientifically durable only when burden, condition, allometry, season, sex, size, and sampling structure are handled transparently.
The site therefore presents the study as an analysis frame rather than announcing which species “fared worse.” That conclusion belongs to the data.
Prevalence answers how often infection occurs. Intensity answers how many parasites occur among positive hosts. Richness describes how many parasite groups or verified taxa are present. Infection site and life stage add biological context that a single summary number cannot carry.
Those endpoints can then be linked to host condition, season, habitat, body size, and morphology without collapsing distinct questions into one result.
Host, collection event, location class, date, anatomical site, preservation, and approvals.
Raw images, specimen condition, calibration status, counts, measurements, and vouchers.
Masks, landmarks, outlines, model proposals, statistics, and versioned review records.
What is observed, inferred, provisional, molecularly supported, or still review-required.
Priority collaborations include taxonomy, museum curation, molecular confirmation, wildlife health, morphometrics, external detector validation, and long-term data stewardship.
