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Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010 Requirements: Ecosystems and Climate Forecasting ecosystems events for ecosystem management Causes and consequences of climate change Science: How can we improve the application of satellite data and models to serve the need for climate information by coral reef resource managers? Benefit: NOAA Coral Reef Conservation Program (funding source) Marine Resource Managers / Policy Makers, Scientists, Public Preparing Coral Reef Managers for Climate Change C. Mark Eakin 1 (PRINCIPAL GOVERNMENT INVESTIGATOR) , Tim Burgess 2 , Tyler Christensen 2 , Scott Heron 2 , Gang Liu 2 , Jessica Morgan 2 , Carl Nim 3 , Britt-Anne Parker 2 , William Skirving 2 , Alan E. Strong 2 1 NOAA/NESDIS/STAR, 2 IMSG, 3 Miami University (Ohio), Science Challenges: Addressing new environmental parameters influencing coral reefs Providing higher-resolution products to address user needs Next Steps: Working with STAR Science Teams to transition new data, products Transition Path: Continue end-to-end approach from science teams to resource mana Coral reefs are uniquely sensitive to climate change. Sea surface temperatures are rising, causing stress- related coral bleaching. At the same time, the ocean is absorbing more carbon dioxide, lowering the pH. This ocean acidification reduces coral growth rates, compounding the ‘drowning’ of reefs caused by sea level rise. These threats are a serious concern to those whose livelihoods depend on coral reefs. In the US alone, coral reef fisheries are worth $100 million per year. Reef tourism adds $1.2 billion to the Florida Keys economy. Coral reefs also buffer coastlines against waves and storms, preventing property damage and saving lives. Climate Change Threatens Coral Reefs Climate Change Information Products Sea Surface Temperature from NOAA Satellites Operational global charts show accumulations of thermal stress, which leads to coral bleaching. Automated e-mails alert managers when their reefs are at risk. Data are updated twice a week. Coral Disease Outbreak Risk By assessing winter and summer temperatures, we can define areas with significant likelihood of disease. Light Stress Damage Satellite insolation data pinpoint areas where high temperature and light combine to cause bleaching. Seasonal Outlooks NOAA produces forecasts of ocean temperatures, as part of predicting our nation’s weather. We use these same models to predict coral bleaching risk, giving our users up to three months’ advance warning. Ocean Acidification 11/7/2006 1 2 /5/2 0 0 6 1 /2 /20 0 7 1/30/2007 0 40 80 120 160 pC O 2 = pC O 2 ,ree f - pC O 2,offsh ore atm Optimal Low Ocean acidification is likely to have important consequences for coral communities in coming decades. Coupled satellite & coastal observing platforms are helping us assess their vulnerability. We’re extending in situ observations using satellite remote sensing to map changes in surface chemistry in response to ‘ocean acidification’. Partnerships With Our Users Our main customers are resource managers, who need data on climate threats to coral reefs. Collaboration with users helps us gauge their information needs and improve our products. The Florida Reef Resiliency Program The many partners in FRRP seek to improve the health of Florida’s reefs and enhance the economic sustainability of reef-dependent commercial enterprises. Our monitoring data allow managers and scientists to prepare for changing conditions before bleaching begins. Coral Reef Targeted Research for Management Program CRTR is a global initiative to coordinate knowledge for improved coral reef management: a GEF - World Bank - University of Queensland program. NOAA Coral Reef Watch is a member of the Remote Sensing Working Group. 2005 Caribbean Bleaching Most intense thermal stress and mass coral bleaching ever observed in this region. Ongoing collaborations are analyzing results of >1000 surveys from >50 managers, researchers, and NGOs in 25 jurisdictions (US State & Territories, Caribbean nations). Coral Bleaching Surveys throughout the Caribbean in 2005 Mex Bel Cub FL-K Ven Col-A PR Cay FL Jam Bah DR Col BVI Tob USVI Gre Saba FWI Ber Cai TX Bar Percent of Coral Colonies Bleached by Jurisdiction Training Resource Managers We have conducted a series of satellite tools workshops for reef managers. The training is designed to build capacity with resource managers so they can incorporate our remote sensing tools into their management protocols.

Requirements: Ecosystems and Climate Forecasting ecosystems events for ecosystem management

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USVI. Saba. Tob. BVI. Cai. Gre. FWI. Jam. Col. PR. Bah. TX. FL-K. Bel. Cub. DR. Bar. Mex. FL. Col-A. Cay. Ven. Ber. Percent of Coral Colonies Bleached by Jurisdiction. Optimal. Low. Preparing Coral Reef Managers for Climate Change. - PowerPoint PPT Presentation

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Page 1: Requirements:   Ecosystems and Climate Forecasting ecosystems events for ecosystem management

Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010

Center for Satellite Applications and Research (STAR) Review 09 – 11 March 2010

Requirements: Ecosystems and ClimateForecasting ecosystems events for ecosystem managementCauses and consequences of climate change

Science: How can we improve the application of satellite data and models to serve the need for climate information by coral reef resource managers?

Benefit: NOAA Coral Reef Conservation Program (funding source)Marine Resource Managers / Policy Makers, Scientists, Public

Preparing Coral Reef Managers for Climate ChangeC. Mark Eakin1 (PRINCIPAL GOVERNMENT INVESTIGATOR), Tim Burgess2, Tyler Christensen2, Scott Heron2, Gang Liu2, Jessica

Morgan2, Carl Nim3, Britt-Anne Parker2, William Skirving2, Alan E. Strong2

1NOAA/NESDIS/STAR, 2IMSG, 3Miami University (Ohio),

Science Challenges: Addressing new environmental parameters influencing coral reefsProviding higher-resolution products to address user needs

Next Steps: Working with STAR Science Teams to transition new data, products, and tools to address coral reef management needs

Transition Path: Continue end-to-end approach from science teams to resource managers

Coral reefs are uniquely sensitive to climate change. Sea surface temperatures are rising, causing stress-related coral bleaching. At the same time, the ocean is absorbing more carbon dioxide, lowering the pH. This ocean acidification reduces coral growth rates, compounding the ‘drowning’ of reefs caused by sea level rise. These threats are a serious concern to those whose livelihoods depend on coral reefs. In the US alone, coral reef fisheries are worth $100 million per year. Reef tourism adds $1.2 billion to the Florida Keys economy. Coral reefs also buffer coastlines against waves and storms, preventing property damage and saving lives.

Climate Change Threatens Coral Reefs

Climate Change Information Products

Sea Surface Temperature from NOAA SatellitesOperational global charts show accumulations of thermal stress, which leads to coral bleaching. Automated e-mails alert managers when their reefs are at risk. Data are updated twice a week.

Coral Disease Outbreak RiskBy assessing winter and summer temperatures, we can define areas with significant likelihood of disease.

Light Stress DamageSatellite insolation data pinpoint areas where high temperature and light combine to cause bleaching.

Seasonal Outlooks

NOAA produces forecasts of ocean temperatures, as part of predicting our nation’s weather. We use these same models to predict coral bleaching risk, giving our users up to three months’ advance warning.

Ocean Acidification

11/7/2006 12/5/2006 1/2/2007 1/30/20070

40

80

120

160

pCO2 = pCO

2,reef - pCO

2,offshore

atm

Optimal

Low

Ocean acidification is likely to have important consequences for coral communities in coming decades. Coupled satellite & coastal observing platforms are helping us assess their vulnerability. We’re extending in situ observations using satellite remote sensing to map changes in surface chemistry in response to ‘ocean acidification’.

Partnerships With Our UsersOur main customers are resource managers, who need data on climate threats to coral reefs. Collaboration with users helps us gauge their information needs and improve our products.

The Florida Reef Resiliency Program

The many partners in FRRP seek to improve the health of Florida’s reefs and enhance the economic sustainability of reef-dependent commercial enterprises. Our monitoring data allow managers and scientists to prepare for changing conditions before bleaching begins.

Coral Reef Targeted Research for Management Program

CRTR is a global initiative to coordinate knowledge for improved coral reef management: a GEF - World Bank - University of Queensland program. NOAA Coral Reef Watch is a member of the Remote Sensing Working Group.

2005 Caribbean Bleaching

Most intense thermal stress and mass coral bleaching ever observed in this region. Ongoing collaborations are analyzing results of >1000 surveys from >50 managers, researchers, and NGOs in 25 jurisdictions (US State & Territories, Caribbean nations).

Coral Bleaching Surveys throughout

the Caribbean in 2005

Mex Bel CubFL-K

Ven

Col-A

PR

Cay

FL

JamBah

DR

ColBVI

Tob

USVI

Gre

Saba

FWI

Ber

Cai

TX

Bar

Percent of Coral Colonies Bleached by Jurisdiction

Training Resource ManagersWe have conducted a series of satellite tools workshops for reef managers. The training is designed to build capacity with resource managers so they can incorporate our remote sensing tools into their management protocols.