RIHE-5.1. Sequestration

2030 Target

Restore 350 acres of salt marsh land and other associated tidal wetland and riparian habitats

2035 Target

Restore 700 acres of salt marsh land and other associated tidal wetland and riparian habitats

2030 GHG Reduction

(MT CO2e) 410

2035 GHG Reduction

(MT CO2e) 821

Community benefits & burdens

Medium

Community empowerment

Medium

Addresses historical disparity

Medium

Stakeholder acceptability

High

Technical feasibility

Low

Ease of implementation

Medium

Financial viability

Low

Mainstreaming potential

High

Image: City of San Diego

Core Benefits

Core benefits of this measure are Resiliency, Air Quality, and Public Health

Introduction

Preserving and restoring natural ecosystems like canyons and marsh lands play a crucial role in mitigating greenhouse gas emissions through carbon sequestration. These ecosystems act as "carbon sinks," absorbing carbon dioxide from the atmosphere during photosynthesis and storing it in biomass and soil.

By preserving existing natural habitats, we prevent the release of stored carbon into the atmosphere that would occur through deforestation or land conversion. Additionally, restoring degraded ecosystems can enhance their ability to sequester carbon by promoting the growth of vegetation and improving soil health.

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