Coral Reefs: A Reef Resilience Toolkit Module

Principles of Resilience

Increased intensity and frequency of mass coral bleaching requires us to respond with innovative new strategies to build resilience into MPAs. Building coral reef survivability based on patterns of resistance and resilience into MPA management strategies is a relatively new concept.

Until recently, resilience1 had never been explicitly defined or listed as a criterion for MPA selection or MPA design, nor had it been factored into large-scale ecoregional planning. Yet the concept of resilience demonstrates that there are positive actions we can take to counter potentially devastating impacts of climate-related bleaching.

The Nature Conservancy developed a Resilience Model to help frame resilience in an easily understandable way. This model has evolved over time and continues to be refined. It is important to understand that this is a conceptual model, designed to emphasize the key aspects of managing for resilience, but does not guarantee resilience if all principles are addressed. Every situation is unique and it may not be possible to address each and every principle at a site. The principles of resilience are briefly explained below and in more detail in subsequent sections.

Principle 1: Representation and Replication (and risk-spreading) can help increase likelihood of reef survival. By ensuring that resilient species and habitats are well represented and replicated throughout an MPA network, coral reef managers can decrease risk of catastrophic events, like bleaching, from destroying entire reef ecosystems.

Principle 2: Critical Areas are vital to survival and sustainability of marine habitats. These areas may provide secure and essential sources of larvae to enhance replenishment and recovery of reefs damaged by bleaching, hurricanes or other events. They also include high-priority conservation targets, such as fish spawning aggregations and nursery habitats.

Principle 3: Connectivity influences the design of marine protected area networks. Preserving connectivity among reefs and their associated habitats ensures replenishment of coral communities and fish stocks from nearby healthy reefs, and may enhance recovery.

Principle 4: Effective Management is essential to meeting goals and objectives of an MPA, and ultimately keeping reefs vibrant and healthy. Reducing threats is the foundation for successful conservation and the core of our resilience-based strategies. Measuring effective management provides the foundation for adaptive management. Investments in human capacity and long-term financing are also crucial to sustaining effective management for the future.

 

See Full Citations

1 Holling 1973; Nyström and Folke 2001

 

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
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