Jessica Reichert

The paper quantifies how adult coral cover and reef structure jointly shape juvenile coral densities, revealing a structural legacy window for recovery after adult loss.

This paper evaluates coral settlement module designs for large-scale reef restoration, finding that helix recess structures significantly enhance coral recruitment compared to controls and natural substrates.

This study uses RGB color indices to estimate symbiont cell density and chlorophyll content in corals under bleaching conditions, finding the Red index provides strong correlations across species.

The paper tests cylindrical pylon-like structures with helix recesses for enhancing coral larval recruitment, finding they support similar recruitment densities to conical designs.

This study reconstructs Symbiodiniaceae communities from coral skeletons across species and locations, showing variability influenced by host species, sampling location, and DNA extraction methods.

This paper quantifies the demographic effectiveness of coral restoration strategies by analyzing matrix population models, finding that structural interventions improving survival and recruitment are more efficient than supplemental approaches.

The paper investigates how species identity and composition affect stony coral productivity in controlled experiments, finding that conspecific neighbors enhance productivity more than heterospecifics.

This paper introduces a bacteria-powered living material that significantly enhances coral larval settlement on restoration substrates.

This study develops 3D-printed settlement modules with helix recesses that dramatically increase coral larvae settlement and survival compared to controls and natural substrates.

habtools is an R package that calculates 3D metrics for surfaces and objects, aiming to improve the analysis of complex 3D data in biology and ecology.

The paper investigates how different types of microdebris impact the physiology of reef-building corals.