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Status and Challenges of Mangroves in Carbon Markets Sarah K. Mack, PhD, CFM President & CEO 1
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Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Mar 04, 2020

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Page 1: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Status and Challenges of Mangroves in Carbon Markets

Sarah K. Mack, PhD, CFM

President & CEO

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Page 2: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Green & Blue Carbon SinksBlue Carbon: the carbon stored in mangroves, seagrasses and coastal marshes – as well as cypress tupelo swamps

from Nellemann et al. (2009)

Green Carbon: the carbon stored in terrestrial forests, grasslands and tundra

Page 3: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Emissions Trading• Voluntary Markets

• Corporate Social Responsibility• VCS, ACR, CAR• $3.30 tonne

• Compliance Markets• California, Quebec, Ontario 2017• Linking to Acre, Brazil?• < $12.70/ tonne• UNFCCC

• Internal Corporate Pricing • $18/tonne

• Success Needed in Voluntary Market

Carbon Offset = 1mtCO2e

Page 4: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

We still have Paris!• Countries push to commit beyond 2° C

–100 countries collectively aim for 1.5° C –128 subnational jurisdictions also commit

• Sustainable Development Goals referenced –Protecting the environment

• Inclusion of results-based payments REDD+• Private sector more present than ever!• 1000 companies call for a price on carbon

– Set “Science-Based Targets”– Seek to “inset” their supply chain

Page 5: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Protocols and Methodologies • Standardized and transparent market practices

• Rigorous scientific framework for project development

– Eligibility rules

– Quantification and monitoring of eligible carbon pools

– Baseline, project, and emission reduction equations

• Foundation for third-party validation and verification

• Guarantee accounting and quality of the carbon offset

Page 6: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Project Start Date

Net Project Benefit

Baseline

Time

GH

G E

mis

sio

ns

Red

uct

ion

s o

r R

emo

vals

Afforestation, Reforestation, and Revegetation (ARR)(Mangrove Planting Project)

Page 7: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Project Start Date

With Project

Time

GH

G E

mis

sio

ns

Red

uct

ion

s o

r R

emo

vals

Offset

Reduced Emissions Deforestation and Degradation(REDD) = Mangrove Forest Conservation

Page 8: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Project Start Date

Time

GH

G E

mis

sio

ns

Red

uct

ion

s o

r R

emo

vals

Net P

roject B

enefit

Loss of Sequestration AbilityDirect Emissions

Additional Sequestration

REDD+ = Preservation & Enhancement of Carbon Stocks(Mangrove Conservation + Planting Program)

Page 9: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

REDD+?

• Deforestation and degradation contributing 10-15% of global emissions

• REDD+ currently produce project-level initiatives

• Push for larger initiatives at State and Country level to meet climate goals

• VCS is developing guidance document for project, jurisdictional, and national scales

• 300+ companies commit to reduce deforestation through their supply chain.

Page 10: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Jurisdictional and Nested REDD+

Page 11: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Project Start Date

Time

GH

G E

mis

sio

ns

Red

uct

ion

s o

r R

emo

vals

Net P

roject B

enefit

Loss of Sequestration AbilityDirect Emissions

Additional Sequestration

Avoided Soil C Emissions

Optimizing Offset Yields

Page 12: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Existing Projects• Kenya – Mikoko Project – Plan Vivo- Plan Vivo Standard

– Mangrove reforestation planting 4000 trees annually 117 ha– Above ground carbon– Credits – Plan Vivo and transacted

• India – Sundarbans – Livelihoods / NEWS –UNFCCC Standard– Mangrove reforestation planting 16 million mangroves 6,000 ha– Above and below soil carbon sequestration– Credits – Quantified through -VCS ARR mangroves- used for insetting

• Indonesia – Livelihoods/ Yagasu – VCS Standard– Mangrove reforestation 5,000 ha– Potential of 456,896 ha– Threat of land conversion and illegal logging of mangroves– VCS Afforestation, Reforestation, Revegetation (ARR) methodology

• Senegal – Livelihoods/Oceanium – UNFCCC Standard– Mangrove reforestation planting 10,000 ha– Restore rice paddies

Page 13: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Challenges• Supportive science

– Emissions during mangrove loss• Variations in soil depth and soil type• Fate and transport of soil C

– Land-use change on soil C– Quantitative estimates of estaurine/delta and oceanic/fringe

• Variation in emissions• Accurate spatial data

• Well fitting methodologies– Optimize carbon offset yields– Soil pool, above and below ground seq, loss of stocks, loss of seq– Allowing modified hydrology and addressing potential GHG’s

• Simplify monitoring, reporting, and verification – GHG emission factors and other references– Reduce project development costs

• Carbon market dynamics– Realistic timelines– Low carbon prices and low demand– Positive global climate discussions

• Practicalities– Providing income within ~ 3 yrs– Working with government and other partners

Page 14: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Final Conclusions• Growing recognition of wetlands’ role in

climate change mitigation and adaptation.

• Current ARR and REDD+ projects in voluntary markets.

• Target areas:• Jurisdictional REDD+ programs in Latin

America, Africa, and Asia.• Brazil and SIDS

• Seeking partners on mangrove projects that demonstrate climate adaptation benefits:• Mangrove restoration projects, • Mangrove conservation projects with a

demonstrated pressure for conversion.

Page 15: Status and Challenges of Mangroves in Carbon …...Challenges • Supportive science –Emissions during mangrove loss •Variations in soil depth and soil type •Fate and transport

Questions?

[email protected]

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