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NCCOOS Static Metric Map
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- Interface
- Web Service, OGC Web Map Service 1.1.1
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Available map layers (28)
NCCOOS Static Metric Map (NCCOOS Static Metric Map)
world_filled (world_filled)
us_filled (us_filled)
Grid (Grid)
Observations (Observations)
Observations
MODIS SST (modis_sst)
This SST layer is derived from infrared measurements collected by the MODerate Resolution Imaging Spectroradiometers aboard NASA's polar orbiting Terra and Aqua satellites. Energy levels at the top of the atmosphere in the 10-11 micron range (daytime) and 3-4 micron range (nighttime) are fit statistically to in-water SST measurements to allow 1km resolution SST estimates to be made. The resolution and accuracy of MODIS data are among the best available to Earth scientists today. These data are made available by the USF Institute for Marine Remote Sensing, http://imars.usf.edu.
AVHRR SST (avhrr_sst)
This SST layer is estimated from infrared measurements collected by the Advanced Very High Resolution Radiometer aboard NOAA's series of polar orbiting satellites. Energy levels at the top of the atmosphere in the 10 - 11 micron range are fit statistically to in-water SST measurements to allow 1km resolution SST estimates to be made. These data are made available by the USF Institute for Marine Remote Sensing, http://imars.usf.edu.
MODIS True Color (MODIS hi_res)
The approximate true color of the upper ocean waters, coastal zones, and land areas estimated from color measurements collected by the MODerate Resolution Imaging Spectroradiometers aboard NASA's polar orbiting Terra and Aqua satellites. Red, green, and blue channels are combined to represent what your eye would see in the ocean from this vantage point in space. The image, at approximately 250m resolution, uses radiance data at 645nm, 555nm, 469nm as the red, green, and blue channels, respectively. This layer is available for select coastal locations and is provided by USF Institute for Marine Remote Sensing, http://imars.usf.edu.
Precip RADAR (tamu_usrad)
The Texas Mesonet is a network of meteorological monitoring instruments, broadly dispersed across the State, and reporting to a common point for display of the data in near-real-time. The data are archived and available to the public and the academic community for research and analysis. The goal of this site is to provide a demonstration of the potential and capabilities of a Mesoscale (medium scale) monitoring network to the potential users: The Citizens of Texas, the academic community, Emergency Planners and Managers, the Public Utilities, and anyone else who will find this data useful.
Wind (knots) (wind_obs)
Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream.
Water Level labels (msl_labels)
Water Level (M, MSL) (msl_obs)
Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream.
SST (Deg C) (sst_obs)
Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream.
NC_100k (NC_100k)
STATESCoarse (STATESCoarse)
Bathymetry Deep (Bathymetry Deep)
NCLAND (NCLAND)
VA_100k (VA_100k)
SCLAND (SCLAND)
NC waterbodies (NC waterbodies)
Shoreline (Shoreline)
water_level_legend (water_level_legend)
water_level_legend_reg (water_level_legend_reg)
sst_legend_full_range (sst_legend_full_range)
Background (Background)
Background
Bathymetry (Bathymetry)
NC hydrology (NC hydrology)
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