Description
Summary:Progress Code: completed Statement: 4 individuals were had neither of their weights taken (whole animal and gonad) and thus no gonadosmatic index was calculated. These were excluded from any subsequent analysis and are highlighted in yellow in the metadata set. Aside from this the quality of all other data is good/complete. The original datasheet was reformatted by Daniela Farias on 2018-07-31 to fit IPT Biodiversity.AQ standard. The new datasheet "Abatus_Morphology_Davis_2012_13.csv" provides the dataset ID, verbatim latitude and verbatim longitude that were converted to decimal latitude and longitude (also provided), locality, continent, country, date of event, occurrence, basis of record, organism quantity (Abundance in individual per m3), sex and life stage. The individuals measurements provided are length, width and height (measurement unit in mm). The taxonomical organisation is provided to the lowest taxonomical rank that could be determined, after matched in WoRMS (World Register of Marine Species). Data on the morphological and reproductive responses of 4 species of wild caught Abatus heart urchins (A. nimrodi, A. shackletoni, A. ingens, and A. philippii) to sewage effluent from the Davis station sewage outfall. Between 19 and 21 individuals of each species were collected from three sites close to the station. The Sewage outfall site, which acted as the impacted site for the study, and two reference sites, one at Airport Beach, and a second and Heidemann Bay. Morphological measurements taken from each individual were length, width, height, anterior length, and posterior length. A qualitative assessment of the calcareous test of each individual was conducted to determine the presence of any abnormalities (as per Land 2005, PhD thesis) in the individuals morphology. Reproductive data collected were a gonadosotic index (calculated by dividing the gonal mass of a individual by the total mass of that individual). And for females morphological measurements (length and width) of each brood pouch were ...