Journal of Experimental Marine Biology and Ecology

Tables S1 and S2

Data gathered investigating how previous exposure to predators affects the foraging behavior and morphology of prey

Data on the impacts of marine heatwaves and fish kairomones on the tropical coastal copepod Pseudodiaptomus incisus. Location: Cam Ranh, Khanh Hoa, Vietnam Year: 2019

These data are in support of Ginther et al. manuscript: Prior exposure to elevated pCO2 does not affect calcification of a tropical scleractinian when returned to ambient pCO2 Submitted to Journal of Experimental Marine Biology and Ecology

Dataset from "Never forget where you come from: Microhabitat of origin influences boldness and exploration in the hermit crab Clibanarius symmetricus (Diogenidae)". F.A.C. Garcia, R.R. Moura, C.Y. Ogawa, L.R.S. Zanette, J.R.F. Silva, C.F. Rezende. Journal of Experimental Marine Biology and Ecology. Under review.

Snail escape responses to threat cues under control and acidified conditions.

Data used in the publication "Evaluating observer performance for dugong aerial surveys in turbid Northern Territory waters"

The following supplementary data includes raw data collected during video analysis of both baited (BRUVS) and unbaited (UBRUVS) remote underwater video systems. Each analysis number represents a 20 minute sequence for BRUVS and 2 minute sequence for UBRUVS.

Data sets relate to the surveys and grazer-exclusion experiments performed by Kriegisch, Reeves, Johnson, Ling in Port Phillip Bay Victoria, Australia. The manuscript that describes the data sets is entitled: "Sea urchin control of macroalgal communities across a productivity gradient" Kriegisch, N., Reeves, S., Johnson, C., Ling, S. D.* Institute for Marine and Antarctic Studies, University of Tasmania, 20 Castray Esplanade, Battery Point, Tasmania 7004, Australia *Corresponding author: Scott.Ling@utas.edu.au Telephone: +61 3 6226 6379 Data sets are: 1. "0.25m_Quadrat_Pt_Intercept__Algal_Community_PPB.xlsx" 2. "0.25m_Quadrat_Algal_Community_covariates_PPB.xlsx" 3. "Pilot_octocoral_grazer-exclusion_experiment_PPB.xlsx" 4. "Ulva_production_estimates_by_zone_PPB.xlsx" 5. "Procedural_control_octocoral_graer-exclusion_experiment_PPB.xlsx" Data set (1.) contains survey data - point intercept counts of macroalgae across 3 distinct environmental zones of Port Phillip Bay in Oct/ Nov 2013. Percentage cover of macroalgae was assessed visually by inspecting algae present at each of 50 intersecting points (defined by the intersection of perpendicularly strung wires) within five 0.5 m by 0.5 m metal quadrats placed at 10 m intervals along a single 50 m transect line laid at each of 6 sites within each of the environmentally distinct zones during Spring (October/ November). The intersecting points were then multiplied by two to obtain percentage cover estimates for each macroalgal taxa (resolved to species-level where possible, or genera-level). The total number of intersecting points counted could exceed 50 points (i.e. >100% cover) as algal taxa composing the overstory, understory and substratum were assessed. Data set (2.) contains co-variates concurrently measured at each survey transect in data set (1.). Data set (3.) contains data for the pilot octocoral grazer-exclusion experiment. Data is planar percentage cover of macroalgae in grazer-exclusion and background control plots in each of 3 distinct environmental zones of Port Phillip Bay. Data set (4.) contains Ulva seaweed production estimates in the absence of grazers across the 3 distinct environmental zones of Port Phillip Bay. Data set (5.) contains data for the procedurally-controlled octocoral grazer-exclusion experiment. Data is planar percentage cover of macroalgae in grazer-exclusion and background control plots in each of 3 distinct environmental zones of Port Phillip Bay.

This data set contains raw abundance data for individual benthic infaunal groups from all sampling time points and both experimental (clipped) and reference (unclipped) treatments. Accompanying explanatory information and variable units are also included. Please contact the corresponding author of the associated manuscript with any questions.