United States of America oceans data

Race Routes for Special Events: Five-Kilometer Ocean-City Route.

From Santa Monica Municipal Code 4.12.050: The properties hereinafter described are hereby assigned to the following noise zones:      Noise Zone I. All property in any residential district established by Municipal Code Subchapter 9.04.04 or any revisions thereto. In addition, property zoned Low Density Multiple Residential Beach District (R2B), Medium Density Multiple Family Coastal Residential District (R3R), Ocean Park Single Family Residential District (OP1), OP Duplex Ocean Park Duplex Residential District (OP-Duplex) OPD, Ocean Park Low Multiple Residential District (OP2), Ocean Park Medium Multiple Residential District (OP3), and Ocean Park High Multiple Residential District (OP4) shall be included in this noise zone. The Santa Monica Pier shall be excluded from this noise zone.      Noise Zone II. All property in any commercial district established by Municipal Code Subchapter 9.04.04 or any revisions thereto. In addition, property zoned Beach Parking District (BPD), Civic Center (CC), Bayside Commercial District (BSCD) and the Santa Monica Pier shall be included in this noise zone.      Noise Zone III. All property in any manufacturing or industrial district as established by Municipal Code Subchapter 9.04.04 or any revisions thereto. In addition, property zoned Light Manufacturing and Studio District (LMSD) shall be included in this noise zone. (Added by Ord. No. 2115CCS § 1, adopted 2/24/04)

The usSEABED database is a large compilation (more than 1 million points, nationwide) and contains complex assortments of data and geologic information on the surficial character of the sea floor. Although the database was initially developed for use in studies of offshore sedimentary character for assessing marine aggregates and characterizing benthic habitats, it has potential for broader application by the marine science community and other users. Users are encouraged to generate their own queries and extract information to meet specific needs. Some possible applications or intended uses where data and maps from the usSEABED database are useful include the following: Observation and monitoring research Management and planning of coastal zones Homeland security and military applications Sea-floor engineering, planning, and design Placement and monitoring of ocean disposal sites Cultural resource protection Fisheries management and marine protected areas Scientific studies and seabed mapping requiring data on seabed roughness, bedform distribution, critical shear stress, and sediment transport flux Educational activities requiring illustrations or datasets Coastal change hazard predictive models requiring determination of sea-floor bottom-friction values for calibration Layers usSEABED Extracted -  Extracted information about grain size, sediment texture, color, age, and other information about the sea floor derived from quantitative observations and analyses of samples. usSEABED Parsed - Parsed information about grain size, sediment texture, color, age, and other information about the sea floor derived from written descriptions from cores, grabs, photographs, and videos. usSEABED Calculated -  Calculated information about grain size, sediment texture, color, age, and other information about the sea floor derived from calculations based on empirical relations or known functions performed by dbSEABED software. usSEABED Combined -  Combined information including extracted, parsed, and calculated information about grain size, sediment texture, color, age, and other information about the sea floor derived from quantitative observations and analyses of samples (extracted); information, from written descriptions from cores, grabs, photographs, and videos (parsed); and information from calculations based on empirical relations or known functions performed by dbSEABED software (calculated). usSEABED Facies -  Concatenated information about components (minerals and rock type), genesis (igneous, metamorphic, carbonate, terrigenous), and other appropriate groupings of information about the sea floor parsed from written descriptions of cores, grabs, photographs, and videos  usSEABED Components -  Numerical data about selected components (for example, minerals, rock type, microfossils, and benthic biota) and sea-floor features (for example, bioturbation, structure, and ripples) at a given site; values in the attribute fields are measures of membership in that attribute’s fuzzy set  Table US9_SRC - Information about the original source data incorporated into the usSEABED database For more information please refer to the following resources: usSEABED: Offshore surficial-sediment database for samples collected within the United States Exclusive Economic Zone Sediments and the Sea Floor of the Continental Shelves and Coastal Waters of the United States—About the usSEABED Integrated Sea-Floor-Characterization Database, Built With the dbSEABED Processing System Accessing usSEABED Data compiled and released in 2020. Data is for the United States. Data is not updated. Citation Buczkowski, B.J., Reid, J.A., Schweitzer, P.N., Cross, V.A., and Jenkins, C.J., 2020, usSEABED—Offshore surficial-sediment database for samples collected within the United States Exclusive Economic Zone: U.S. Geological Survey data release, https://doi.org/10.5066/P9H3LGWM. Questions? Please leave a comment below if you have a question about this layer, and we will get back to you as soon as possible.