Location
SPREP LIBRARY
Publisher
School of Marine Science
Publication Place
Suva, Fiji
Physical Description:
6 Pages
Call Number
[EL]
Collection
Material Type
Language
English
Record ID:
34797
Legacy PEIN ID:
74799
General Notes
Available online
Available online
Abstract
Sea temperatures in many tropical regions have increased by almost 1°C over the past 100 years and are currently increasing at 1 ~ 2°C per century. Satellite and compiled in situ observations of sea surface temperatures have greatly increased the ability to detect anomalous and persistent warm water and are being widely used to predict climate change, coral bleaching and mortality. In my study I attempted to measure in situ sea surface temperature using vemco water prob loggers. I used three indices: sea surface anomalies, degree heating days and heating rate to determine thermal stress on a reef flat. I identified the indices sea surface temperature anomalies provide significant data to determine heating is accruing on a reef and just mean monthly temperature data of a reef is not sufficient enough to indicate that the reef is heating and result in bleaching. Accumulated heat stress represented by exposure time and temperature (DHD) allows for-casting of bleaching severity. The cumulative thermal stress graph in my study indicates that after 120 degree heating days the thermal stress kep increasing on the reef for at least 3 more weeks m cooler month hence its vital to note temperature even after summer months.
Location
SPREP LIBRARY
Publisher
School of Marine Science
Publication Place
Suva, Fiji
Physical Description:
6 Pages
Call Number
[EL]
Collection
Material Type
Language
English
Record ID:
34797
Legacy PEIN ID:
74799
General Notes
Available online
Record Created: 05-Aug-2008
Record Modified: 23-Feb-2021