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Six Marin County SLR Scenarios are derived from CoSMos, which combined global climate and wave models with projected sea level rise to identify areas that could be flooded. Coastal Storm Modeling System (CoSMoS) was created by the CoSMoS project team led by Patrick Barnard at the USGS Pacific Coastal and Marine Science Center. CoSMos data is available for free download on the Our Coast Our Future website. CoSMos is releasing data as it is completed: v2.0 covers the Central California outer coast from Half Moon Bay to Bodega Bay; completed December 2012. CoSMoS v2.1 covers inside San Francisco Bay; completed June 2014.
Marin County staff processed these datasets to combine the coast and bay datasets into one dataset for each of the six scenarios..
Scenario 1: 25 cm / 10 in No storm surge
Scenario 2: 25 cm / 10 in + 100-yr Storm Surge
Scenario 3: 50 cm / 20 in No storm surge
Scenario 4: 50 cm / 20 in + 100-yr Storm Surge
Scenario 5: 150 cm / 60 in No storm surge
Scenario 6: 150 cm / 60 in + 100-yr Storm Surge
Original data was renamed and re-projected from UTM to State Plane coordinate system.
Original GIS file names of the six scenarios:
Scenario 1: SLR025_W000
Scenario 2: SLR025_W100
Scenario 3: SLR050_W000
Scenario 4: SLR050_W100
Scenario 5: SLR150_W000
Scenario 6: SLR150_W100
BayWAVE website: marinSLR.org
OCOF website: ourcoastourfuture.org
Six Marin County SLR Scenarios are derived from CoSMos, which combined global climate and wave models with projected sea level rise to identify areas that could be flooded.Coastal Storm Modeling System (CoSMoS) was created by the CoSMoS project team led by Patrick Barnard at the USGS Pacific Coastal and Marine Science Center. CoSMos data is available for free download on the Our Coast Our Future website. CoSMos is releasing data as it is completed: v2.0 covers the Central California outer coast from Half Moon Bay to Bodega Bay; completed December 2012. CoSMoS v2.1 covers inside San Francisco Bay; completed June 2014. Marin County staff processed these datasets to combine the coast and bay datasets into one dataset for each of the six scenarios.
Scenario 1: 25 cm / 10 in No storm surge
Scenario 2: 25 cm / 10 in + 100-yr Storm Surge
Scenario 3: 50 cm / 20 in No storm surge
Scenario 4: 50 cm / 20 in + 100-yr Storm Surge
Scenario 5: 150 cm / 60 in No storm surge
Scenario 6: 150 cm / 60 in + 100-yr Storm Surge
Original data was renamed and re-projected from UTM to State Plane coordinate system.Original GIS file names of the six scenarios:
Scenario 1: SLR025_W000
Scenario 2: SLR025_W100
Scenario 3: SLR050_W000
Scenario 4: SLR050_W100
Scenario 5: SLR150_W000
Scenario 6: SLR150_W100
BayWAVE website: marinSLR.org
OCOF website: ourcoastourfuture.org
Six Marin County SLR Scenarios are derived from CoSMos, which combined global climate and wave models with projected sea level rise to identify areas that could be flooded.Coastal Storm Modeling System (CoSMoS) was created by the CoSMoS project team led by Patrick Barnard at the USGS Pacific Coastal and Marine Science Center. CoSMos data is available for free download on the Our Coast Our Future website. CoSMos is releasing data as it is completed: v2.0 covers the Central California outer coast from Half Moon Bay to Bodega Bay; completed December 2012. CoSMoS v2.1 covers inside San Francisco Bay; completed June 2014. Marin County staff processed these datasets to combine the coast and bay datasets into one dataset for each of the six scenarios.
Scenario 1: 25 cm / 10 in No storm surge
Scenario 2: 25 cm / 10 in + 100-yr Storm Surge
Scenario 3: 50 cm / 20 in No storm surge
Scenario 4: 50 cm / 20 in + 100-yr Storm Surge
Scenario 5: 150 cm / 60 in No storm surge
Scenario 6: 150 cm / 60 in + 100-yr Storm Surge
Original data was renamed and re-projected from UTM to State Plane coordinate system.Original GIS file names of the six scenarios:
Scenario 1: SLR025_W000
Scenario 2: SLR025_W100
Scenario 3: SLR050_W000
Scenario 4: SLR050_W100
Scenario 5: SLR150_W000
Scenario 6: SLR150_W100
BayWAVE website: marinSLR.org
OCOF website: ourcoastourfuture.org
Six Marin County SLR Scenarios are derived from CoSMos, which combined global climate and wave models with projected sea level rise to identify areas that could be flooded.Coastal Storm Modeling System (CoSMoS) was created by the CoSMoS project team led by Patrick Barnard at the USGS Pacific Coastal and Marine Science Center. CoSMos data is available for free download on the Our Coast Our Future website. CoSMos is releasing data as it is completed: v2.0 covers the Central California outer coast from Half Moon Bay to Bodega Bay; completed December 2012. CoSMoS v2.1 covers inside San Francisco Bay; completed June 2014. Marin County staff processed these datasets to combine the coast and bay datasets into one dataset for each of the six scenarios.
Scenario 1: 25 cm / 10 in No storm surge
Scenario 2: 25 cm / 10 in + 100-yr Storm Surge
Scenario 3: 50 cm / 20 in No storm surge
Scenario 4: 50 cm / 20 in + 100-yr Storm Surge
Scenario 5: 150 cm / 60 in No storm surge
Scenario 6: 150 cm / 60 in + 100-yr Storm Surge
Original data was renamed and re-projected from UTM to State Plane coordinate system.Original GIS file names of the six scenarios:
Scenario 1: SLR025_W000
Scenario 2: SLR025_W100
Scenario 3: SLR050_W000
Scenario 4: SLR050_W100
Scenario 5: SLR150_W000
Scenario 6: SLR150_W100
BayWAVE website: marinSLR.org
OCOF website: ourcoastourfuture.org
Six Marin County SLR Scenarios are derived from CoSMos, which combined global climate and wave models with projected sea level rise to identify areas that could be flooded.Coastal Storm Modeling System (CoSMoS) was created by the CoSMoS project team led by Patrick Barnard at the USGS Pacific Coastal and Marine Science Center. CoSMos data is available for free download on the Our Coast Our Future website. CoSMos is releasing data as it is completed: v2.0 covers the Central California outer coast from Half Moon Bay to Bodega Bay; completed December 2012. CoSMoS v2.1 covers inside San Francisco Bay; completed June 2014. Marin County staff processed these datasets to combine the coast and bay datasets into one dataset for each of the six scenarios.
Scenario 1: 25 cm / 10 in No storm surge
Scenario 2: 25 cm / 10 in + 100-yr Storm Surge
Scenario 3: 50 cm / 20 in No storm surge
Scenario 4: 50 cm / 20 in + 100-yr Storm Surge
Scenario 5: 150 cm / 60 in No storm surge
Scenario 6: 150 cm / 60 in + 100-yr Storm Surge
Original data was renamed and re-projected from UTM to State Plane coordinate system.Original GIS file names of the six scenarios:
Scenario 1: SLR025_W000
Scenario 2: SLR025_W100
Scenario 3: SLR050_W000
Scenario 4: SLR050_W100
Scenario 5: SLR150_W000
Scenario 6: SLR150_W100
BayWAVE website: marinSLR.org
OCOF website: ourcoastourfuture.org
Six Marin County SLR Scenarios are derived from CoSMos, which combined global climate and wave models with projected sea level rise to identify areas that could be flooded.Coastal Storm Modeling System (CoSMoS) was created by the CoSMoS project team led by Patrick Barnard at the USGS Pacific Coastal and Marine Science Center. CoSMos data is available for free download on the Our Coast Our Future website. CoSMos is releasing data as it is completed: v2.0 covers the Central California outer coast from Half Moon Bay to Bodega Bay; completed December 2012. CoSMoS v2.1 covers inside San Francisco Bay; completed June 2014. Marin County staff processed these datasets to combine the coast and bay datasets into one dataset for each of the six scenarios.
Scenario 1: 25 cm / 10 in No storm surge
Scenario 2: 25 cm / 10 in + 100-yr Storm Surge
Scenario 3: 50 cm / 20 in No storm surge
Scenario 4: 50 cm / 20 in + 100-yr Storm Surge
Scenario 5: 150 cm / 60 in No storm surge
Scenario 6: 150 cm / 60 in + 100-yr Storm Surge
Original data was renamed and re-projected from UTM to State Plane coordinate system.Original GIS file names of the six scenarios:
Scenario 1: SLR025_W000
Scenario 2: SLR025_W100
Scenario 3: SLR050_W000
Scenario 4: SLR050_W100
Scenario 5: SLR150_W000
Scenario 6: SLR150_W100
BayWAVE website: marinSLR.org
OCOF website: ourcoastourfuture.org