Coral Reefs: A Reef Resilience Toolkit Module

Rapid Response

Being prepared for any type of major disturbance (e.g., mass bleaching event) is key to being able to respond in a timely manner. The ability to quickly assess damage and make decisions about potential mitigation or restrictions on activities will help to improve long-term survival of the coral communities. Having a plan in place will also help to readily document the event, and better identify sites which are likely to display characteristics of resistance and resilience.

Is it possible to predict a bleaching event?

Scientists have been able to combine information about the increase in sea temperatures – both how much, and how long (degree heating weeks), to predict when bleaching will happen. There have been recent efforts to monitor global trends to better predict bleaching events. Now managers can easily access satellite information that shows where sea surface temperatures are heating up, and can subscribe to NOAA’s Coral Reef Watch Satellite Bleaching Alert System, which sends out automatic emails detailing where bleaching is expected. Currently, the alert system is available for a number of coral reef areas around the world. Managers can also access near-real-time information about 24 different reefs around the world through the Coral Bleaching Virtual Stations.

NOAA's Coral Reef Watch Program uses satellite information and in-situ tools to show where sea surface temperatures are rising. Image courtesy NOAA

How to prepare for a bleaching event

The following steps can help you prepare for a bleaching event:

What to do during a bleaching event

Monitoring plays an important role in understanding the impact of bleaching on coral reefs, and in applying resilience principles to the design of MPAs. Track the bleaching widely throughout the MPA to identify areas that either do not bleach, or do bleach, but suffer minimal mortality. These are the resistant sites that should be strictly protected. Monitoring can be used to:

There are some excellent resources to help develop a bleaching monitoring program. Monitoring Protocols provides some details and links.

Resources

A Reef Manager's Guide to Coral Bleaching

A Global Protocol for Assessment and Monitoring of Coral Bleaching

 

Bleaching Basics
Bleaching Biology
Mass Bleaching
Bleaching Impacts
Recovery from Bleaching
Ocean Acidification
Ocean Chemistry Essentials
Acidification Impacts
Management Strategies
Coral Disease
Causes
Impacts
Management
Identifying Resilience
Ecological Factors
Biological Factors
Physical Factors
Social Resilience
Principles
Strategies
Data Gathering
Data Collection
Data Analysis
Data Synthesis
GIS Example
Resilient MPA Design
Representation
Inclusion of Critical Areas
Incorporating Connectivity
Size and Spacing
Socioeconomic Criteria
Managing for Resilience
Implementing Resilience
Management Essentials
Bleaching Monitoring
Resilience Monitoring
Measuring Effectiveness
Broad-Scale Management
Communicating Resilience
Importance of Coral Reefs
Threats to Coral Reefs
Communication Tools
Communication Examples
Coral Restoration
Background
Physical Restoration
Biological Restoration
Coral Nurseries
Coral Transplantation
Monitoring and Maintenance
Restoration Case Studies
Case Studies
Agatti, India
Aldabra, Seychelles
Bonaire
British Virgin Islands
Florida Keys
Great Barrier Reef
Kimbe Bay, PNG
Kiunga, Kenya
Lesser Sunda Ecoregion
Maui, Hawai‘i
MesoAmerican Reef
Micronesia
Mozambique
Palau
Raja Ampat, Indonesia
U.S. Virgin Islands
Wakatobi, Indonesia
Resources
Glossary
References
Related Tools
www.reefresilience.org     Copyright © 2007-2012 The Nature Conservancy