Biloxi Marsh Lands Corporation & Lake Eugenie Land & Development, Inc.
Climate Impact & Sustainability Data (1990, 2023, 2024)
Reporting Period: 1990
Environmental Metrics
ESG Focus Areas
- Environmental
Environmental Achievements
- Raising the marsh surface approximately 10 cm with the equivalent of 94 kg sediment m-2 more than doubled plant above ground biomass production by the end of the second growing season. Numbers of regenerating shoots increased substantially compared to control plots. Plant tissue content of Fe, Mn, P and Ca increased substantially. Uptake of N, Fe, Mn, P, Al, Ca, Mg, and K increased in response to the added sediment.
Climate Goals & Targets
Environmental Challenges
- Rapid subsidence and insufficient sediment supply in Louisiana's Barataria Basin salt marshes leading to marsh deterioration and loss at rates estimated as great as 130 km2/yr. Inadequate sediment supply results in vegetation die-back and marsh deterioration. Soil bulk densities in the rooting zone below 0.20 g cm-3 do not support growth of Spartina alterniflora.
Mitigation Strategies
- Adding sediment (Mississippi River alluvium) to the deteriorating marsh. Proposed Mississippi River diversion projects to reintroduce sediment and freshwater into coastal marshes.
Supply Chain Management
Climate-Related Risks & Opportunities
Reporting Period: 2023
Environmental Metrics
Total Carbon Emissions:Not disclosed
Scope 1 Emissions:Not disclosed
Scope 2 Emissions:Not disclosed
Scope 3 Emissions:Not disclosed
Renewable Energy Share:Not disclosed
Total Energy Consumption:Not disclosed
Water Consumption:Not disclosed
Waste Generated:Not disclosed
Carbon Intensity:Not disclosed
ESG Focus Areas
- Environmental
- Social
Environmental Achievements
- Created ~33 acres of new marsh and nourished ~130 acres of marsh.
- Reduced shoreline retreat by reconstructing the western BMC beach berm.
Social Achievements
- Not disclosed
Governance Achievements
- Not disclosed
Climate Goals & Targets
Long-term Goals:
- Not disclosed
Medium-term Goals:
- Not disclosed
Short-term Goals:
- Not disclosed
Environmental Challenges
- Continuing adverse hydrologic impacts from the Mississippi River Gulf Outlet (MRGO) operation, leading to shoreline retreat and marsh degradation.
- Erosion and altered hydrology in the interior marshes.
Mitigation Strategies
- Marsh creation and nourishment with beach berm reconstruction to mitigate hydrologic impacts and erosion.
- Hydrologic restoration by closing tidal routes to reduce erosional forces.
- Thin-layer marsh nourishment of interior wetlands to fortify pond edges and reduce internal erosion.
Supply Chain Management
Supplier Audits: Not disclosed
Responsible Procurement
- Not disclosed
Climate-Related Risks & Opportunities
Physical Risks
- Sea level rise
- Storm surge
Transition Risks
- Not disclosed
Opportunities
- Not disclosed
Reporting Standards
Frameworks Used: Null
Certifications: Null
Third-party Assurance: Not disclosed
UN Sustainable Development Goals
- 13 (Climate Action)
- 14 (Life Below Water)
- 15 (Life On Land)
The project contributes to these goals by restoring and protecting coastal ecosystems, enhancing their resilience to climate change, and supporting biodiversity.
Sustainable Products & Innovation
- Not disclosed
Awards & Recognition
- Not disclosed
Reporting Period: 2024
Environmental Metrics
Total Carbon Emissions:Not disclosed
Scope 1 Emissions:Not disclosed
Scope 2 Emissions:Not disclosed
Scope 3 Emissions:Not disclosed
Renewable Energy Share:Not disclosed
Total Energy Consumption:Not disclosed
Water Consumption:Not disclosed
Waste Generated:Not disclosed
Carbon Intensity:Not disclosed
ESG Focus Areas
- Environmental Protection
- Coastal Resilience
Environmental Achievements
- CWPPRA PO-72 project demonstrated shoreline protection effectiveness, arresting shoreline retreat and creating new marsh
Social Achievements
- Not disclosed
Governance Achievements
- Not disclosed
Climate Goals & Targets
Long-term Goals:
- Not disclosed
Medium-term Goals:
- Not disclosed
Short-term Goals:
- Not disclosed
Environmental Challenges
- Significant peripheral and internal erosion of the Biloxi Marsh, particularly along the Lake Borgne shoreline, due to cold fronts and coastal flushing.
- Shoreline retreat of up to ~50 ft/yr
Mitigation Strategies
- Proposing shoreline armoring with rock revetments along Lake Borgne to reduce shoreline retreat and hydrologic connectivity, preventing both peripheral and internal erosion. This will also capture lake-derived sediment, creating a substrate for new marsh.
Supply Chain Management
Supplier Audits: Not disclosed
Responsible Procurement
- Not disclosed
Climate-Related Risks & Opportunities
Physical Risks
- Erosion from cold fronts and coastal flushing
Transition Risks
- Not disclosed
Opportunities
- Not disclosed
Reporting Standards
Frameworks Used: Null
Certifications: Null
Third-party Assurance: Not disclosed
UN Sustainable Development Goals
- Not disclosed
Not disclosed
Sustainable Products & Innovation
- Not disclosed
Awards & Recognition
- Not disclosed