Award: OCE-1756678

Award Title: Collaborative Research: Pattern and process in the abundance and recruitment of Caribbean octocorals

Funding Source:

NSF Division of Ocean Sciences (NSF OCE)

Program Manager:

David L. Garrison

Award URL:

http://www.nsf.gov/awardsearch/showAward.do?AwardNumber=1756678

NSF Research Results Report:

https://www.research.gov for award 1756678

Principal Investigator: Peter J. Edmunds (The University Corporation, Northridge)

Projects funded by this award

Project	Data Management Plan
Collaborative Research: Pattern and process in the abundance and recruitment of Caribbean octocorals	DMP_OCE-1756678_1756381_Lasker_Edmunds.pdf (164.88 KB)

Datasets funded by this award

Benthic Invertebrate Abundances associated with Octocoral Forests of St. John, US Virgin Islands

Canopy Closure Data of the Octocoral Forests sampled for Light Intensity, St. John U.S. Virgin Islands

Correlating HOBO light intensity (lux) to PME PAR in Lameshur Bay St. John U.S. Virgin Islands

Densities of small corals in Diadema halos and temporal stability of D. antillarum clusters

Edmunds 2021 Ecosphere 2A: density

Edmunds 2021 Ecosphere 2B,C: size

Edmunds 2021 Ecosphere 3A: cover

Edmunds 2021 Ecosphere 3B: juveniles and recruits

Edmunds 2021 Ecosphere S3A: density

Edmunds 2021 Ecosphere S3B: size

Edmunds and Lasker MEPS 2019 Fig 1a: Density pooled taxa and one year

Edmunds and Lasker MEPS 2019 Fig 1b: Height pooled taxa and one year

Edmunds and Lasker MEPS 2019 Fig 2a: Density by taxon and year

Edmunds and Lasker MEPS 2019 Fig 2b: Height by taxon and year

Edmunds and Lasker MEPS 2019 Fig 3: Community NMDS

Edmunds and Lasker MEPS 2019 Fig S1: Sampling effort

Edmunds and Lasker MEPS 2019 Fig S3: Sampling effort, juveniles

Edmunds and Lasker MEPS 2019 Fig S4: Colony sizes

Edmunds and Lasker MEPS 2019 Fig S5a: Density

Edmunds and Lasker MEPS 2019 Fig S5b: Height

Gorgonia ventalina growth (for PeerJ)

Gorgonia ventalina size and density (for PeerJ)

Light intensity measurements associated with Octocoral Canopies from East Cabritte, St. John, U.S. Virgin Islands

Light intensity measurements associated with Octocoral Canopies from Yawzi Point, St. John, U.S. Virgin Islands

Linear growth and competitive ability of PAC, Figure 2a

Linear growth and competitive ability of PAC, Figure 3

Linear growth and competitive ability of PAC, Tables 1 and 2

Octocoral Forest Composition and Canopy Parameters used in Benthic Community Analysis, St. John U.S. Virgin Islands

Octocoral Sensus Data for Light Quadrats at Yawzi Point and East Cabritte sites in St. John, U.S. Virgin Islands

Porites astreoides Photosynthetic Induction and Octocoral Community St. Johh U.S. Virgin Islands

Porites astreoides Photosynthetic Induction PAM data, St. Johh U.S. Virgin Islands

Sponge abundance by species on the coral reefs of St. John USVI 1992-2017

St. John Octocoral Forest Closure Photo Analysis for Community Quadrats

Summary abundance of soft corals, stony corals, and algae on the reefs of St. John USVI 1992-2017

Summary sponge abundance by species and site on the coral reefs of St. John USVI 1992-2017

Summary sponge abundance on the coral reefs of St. John USVI 1992-2017