North Carolina Environment and Climate Observing Network: The NC ECONet combines sensors from several networks into a single comprehensive database. SCO stations record hourly weather and environmental conditions are recorded by automated sensors. Parameters include air temperature, humidity, winds, precipitation, pressure, solar radiation, soil temperature, and soil moisture.Sensors are maintained by the State Climate Office. Observations are available each hour (generally since 1996) and every one minute (generally since the mid 2000s).

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47 Total Stations 44 Active Stations 3 Inactive Stations

The ECOExt, or ECONet Extended network, is a collection of stations that the State Climate Office either helps operate or manages its data. These stations compliment the ECONet, but they do not have the same sensor suite and/or quality control data as ECONet stations

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4 Total Stations 4 Active Stations 0 Inactive Stations

NWS Automated Surface Observing System: Hourly weather conditions are recorded by these automated sensors. ASOS arrays are often located at airports. Parameters include air temperature, humidity, winds, precipitation, visibility, and pressure. Sensors are maintained by National Weather Service. ASOS sensors were introduced beginning in 1996. Observations are generally available each hour.

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27 Total Stations 25 Active Stations 2 Inactive Stations

NC DOT/FAA Automated Weather Observing System: Similar to ASOS, AWOS records hourly weather conditions, usually at airports. AWOS sensors are installed and maintained by the NC Department of Transportation Aviation Division following FAA guidelines. AWOS record most of the same measurements that ASOS record, but precipitation is not always recorded.

Precipitation is accumulated throughout the hour.

CLOUDS API has data since 2001.

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82 Total Stations 81 Active Stations 1 Inactive Stations

Offshore buoys stations record weather and water conditions off the coast. There are limited historical observations for these sensors. Observations are generally available each hour.

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4 Total Stations 2 Active Stations 2 Inactive Stations

CMAN stations record weather and water conditions along the coast. There are limited historical observations for these sensors. Observations are generally available each hour.

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4 Total Stations 1 Active Stations 3 Inactive Stations

The Community Collaborative Rain, Hail and Snow Network (CoCoRaHS) is a unique, non-profit, community-based network of volunteers of all ages and backgrounds working together to measure and map precipitation (rain, hail and snow). CoCoRaHS volunteers are trained in using low-cost measuring tools to provide high quality data for natural resource, education and research applications.

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2,782 Total Stations 888 Active Stations 1,894 Inactive Stations

NWS Cooperative Observer: Daily air temperatures and precipitation are recorded by volunteers. Sensors are maintained by National Weather Service. Coop data make up the bulk of the historical climate record - several stations in NC have records for over 100 years. Current observations are available for many stations on the next day. Some stations only have updated observations 3-6 months later. There is a Coop station in almost every county in North Carolina.

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501 Total Stations 161 Active Stations 340 Inactive Stations

Duke Energy Hydrological sites

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15 Total Stations 15 Active Stations 0 Inactive Stations

NOAA's National Ocean Service (NOS) and Center for Operational Oceanographic Products and Services (CO-OPS) stations are located on piers and marinas, and record weather and water conditions. There are limited historical observations for these sensors. Observations are generally available each hour.

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12 Total Stations 6 Active Stations 6 Inactive Stations

Remoted Automated Weather Stations (RAWS) provide weather data that assists land management agencies with a variety of projects, such as monitoring air quality and rating fire danger. Parameters include standard weather measurements of temperature, dew point, pressure, winds, relative humidity, and precipitation, as well as solar radiation, fuel temperature, and fuel moisture.

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63 Total Stations 53 Active Stations 10 Inactive Stations

SCAN stations focus on the agricultural areas of the United States. Maintained by the National Resources Conservation Service, the SCAN sites are used to monitor drought development, for soil classification and moisture assessment, for input into global circulation models, and for various water table assessments that are important to local crops, woodlands, and wetlands.

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1 Total Stations 0 Active Stations 1 Inactive Stations

Long-Term stations created by threading multiple stations in a location.

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8 Total Stations 8 Active Stations 0 Inactive Stations

Tennessee Valley Authority (TVA) stations are located within its watersheds, providing precipitation data and information on lakes and rivers within the watershed. Observations are generally available each hour.

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49 Total Stations 49 Active Stations 0 Inactive Stations

US Army Corp of Engineers water stations

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7 Total Stations 7 Active Stations 0 Inactive Stations

The U.S. Climate Reference Network (USCRN) is designed for the express purpose of detecting the national signal of climate change by means of maintaining high-quality and well-calibrated climate observations of temperature and precipitation.

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3 Total Stations 3 Active Stations 0 Inactive Stations

The U.S. Geological Survey (USGS) operates a network of wells, springs, test holes, tunnels,drains, and excavations in the United States. Measurements are commonly recorded at a fixed interval of 15- to 60-minutes and transmitted to the USGS every hour.

CLOUDS API has USGS data since 1980. Please use Source link to obtain data before 1980

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247 Total Stations 239 Active Stations 8 Inactive Stations