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athenium_core_geo

athenium_core_geo by Athenium Analytics

Dataset Name: athenium_core_geo


Group: altdata
Vendor: Athenium Analytics
Data Starts at: 1979-01-01 00:00:00
Asset Class: Equity,ADRs,ETFs,Fixed Income,Options,FX,Futures,Crypto
Data Update Frequency: intraday

Athenium Core Geo

Access Weather Data by Latitude/Longitude pair (ie '51.5073,-0.1277'). Hourly Data. The 'Core' dataset returns :

Field/Column Description
Apparent Temperature Air temperature that includes impact of wind and humidity at 10 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
Category for Freezing Rain Indicator of precipitation falling as freezing rain (1=yes; 0=no). Not available in Daily or Monthly increments. Instantaneous reading at time shown, index
Category for Ice Pellets Indicator of precipitation falling as ice/graupel (1=yes; 0=no). Not available in Daily or Monthly increments. Instantaneous reading at time shown, index
Category for Rain Indicator of precipitation falling as rain (1=yes; 0=no). Not available in Daily or Monthly increments. Instantaneous reading at time shown, index
Category for Snow Indicator of precipitation falling as snow (1=yes; 0=no). Not available in Daily or Monthly increments. Instantaneous reading at time shown, index
Cloud Coverage Percent Cloud Coverage Percent
Diffuse Horizontal Radiation Diffuse (indirect) solar radiation flux on a plane parallel to the Earth's surface. Average, or accumulated energy in Wh/m², for previous hour (1Wh=3600J), W/m²
Direct Normal Radiation Direct solar radiation flux on a surface 90 deg to the sun. Average, or accumulated energy in Wh/m², for previous hour (1Wh=3600J), W/m²
Downward Solar Radiation Long-wave radiation flux incident on a plane parallel to the Earth's surface. Average for previous hour, W/m²
Net Radiation Sum of incoming/outgoing solar and terrestrial radiation. Average for previous hour, W/m²
Potential Evapotranspiration Maximum evaporation rate possible (water surface). Instantaneous reading at time shown, micrometers per hour
Precipitation Liquid equivalent for types: warm rain, freezing rain, sleet, snow. Total accumulated previous hour, inches (in) or centimeters (cm)
Relative Humidity Percent Relative Humidity Percent
Surface Dew Point Temperature Atmospheric humidity metric (temperature at which dew will form) at 2 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
Surface Pressure Atmospheric pressure. Instantaneous reading at time shown, millibars (mb) or kilopascals (kPa)
Surface Relative Humidity Percent of water vapor in the air relative to its saturation point. Instantaneous reading at time shown, percentage (%)
Surface Temperature A measure of atmospheric sensible heat content at 2 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
Surface Water Runoff Base-flow Ground Water Runoff. Subsurface water flow expected to runoff (not be absorbed), millimeters (mm)
Surface Wet-bulb Temperature Atmospheric humidity metric (evaporative cooling potential of moist surface) at 2 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
Surface Wind Direction Upwind direction (e.g., wind from east = 90, from south = 180, etc.) at 10 meters. Two-minute average up-wind direction at time shown, degrees
Surface Wind Speed Instantaneous wind speed at 10 meters for the time shown, miles per hour (mph), kilometers per hour (kph), or knots (kts)
Wind Chill Temperature Air temperature that includes impact of wind at 10 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)

About Athenium Analytics

The Athenium Analytics datasets allow access to global historical, current, and forecast weather data.

The appetite for precision data for decision and operations support is growing exponentially and affecting industries ranging from insurance to agriculture to risk management. However, the availability of weather and climate data has not significantly changed for decades. Athenium Analytics helps to solve this challenge as the leading precise and reliable source for a comprehensive global database of weather, climate, geography and ecosystem information that can be easily fused with other datasets.

Why Our Data?

Athenium Analytics has produced a proprietary database built from multiple public and private sources containing comprehensive global historic and forecast data. We cleanse, normalize, and interpolate the most advanced datasets to provide an exceptional database with resolutions ranging from 35km to less than 1km in many locations.

The Data

Our databases are quality checked, translated, converted, and normalized to provide hourly, gap-free, statistically stable data made accessible for analytics and solutions. Our historic data is assimilated from multiple state-of-the-industry sources, including the Climate Forecast System Reanalysis and METAR and MADIS feeds. Hourly seven-day forecasts are based on the industry’s best forecast models, including the Global Forecast System (GFS), interpolated hourly. We also leverage a number of NOAA numerical model analyses and forecasts, as well as our own proprietary modeling, for both historical and forecast data. Our capability to ingest raw data in any format from any source, then prepare the data in useful formats, is what sets us apart from any other data providers.

Datasets

We also incorporate different datasets to dynamically downscale data to a high spatial resolution, as well as add in datasets for topographical, agricultural, and other environmental datasets to provide high precision for hundcores of weather variables. Our capability to pull in sources (to ingest raw data in any format, and from any source) and prepare the data in useful formats with analytics, formatting, and statistical approaches to validate gap-free data sets us apart from other data providers.

  • Global Coverage
  • 36 Years of Historical Data
  • 7-Day Forecast Data
  • Hazard Risk Data
  • Forecast Data
  • Core Weather Data
  • Premium Weather Data
  • Weather Forensics


Data Contained in this Dataset

Column Type Description
_seq uint Internal sequence number used to keep data rows in order
timestamp string Timestamp of the Data - America/New York Time.
muts uint64 Microseconds Unix Timestamp. An integer representation of a timestamp with microsecond precision that can be compared directly to other timestamps.
symbol string Trading Symbol or Ticker
dateHrLwt string Date Hour of Forecast
surfaceTemperatureFahrenheit double Percent of water vapor in the air relative to its saturation point. Instantaneous reading at time shown, percentage (%)
surfaceDewpointTemperatureFahrenheit double Atmospheric pressure. Instantaneous reading at time shown, millibars (mb) or kilopascals (kPa)
surfaceWetBulbTemperatureFahrenheit double Base-flow Ground Water Runoff. Subsurface water flow expected to runoff (not be absorbed), millimeters (mm)
relativeHumidityPercent int64 Relative Humidity Percent
surfaceAirPressureMillibars double Atmospheric humidity metric (temperature at which dew will form) at 2 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
windSpeedMph double Air temperature that includes impact of wind at 10 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
windSpeedKts double Instantaneous wind speed at 10 meters for the time shown, miles per hour (mph), kilometers per hour (kph), or knots (kts)
windDirectionDegrees int64 Upwind direction (e.g., wind from east = 90, from south = 180, etc.) at 10 meters. Two-minute average up-wind direction at time shown, degrees
cloudCoveragePercent int64 Cloud Coverage Percent
precipitationPreviousHourInches double Liquid equivalent for types: warm rain, freezing rain, sleet, snow. Total accumulated previous hour, inches (in) or centimeters (cm)
directNormalIrradianceWsqm int64 Direct solar radiation flux on a surface 90 deg to the sun. Average, or accumulated energy in Wh/m², for previous hour (1Wh=3600J), W/m²
downwardSolarRadiationWsqm int64 Long-wave radiation flux incident on a plane parallel to the Earth's surface. Average for previous hour, W/m²
diffuseHorizontalRadiationWsqm int64 Diffuse (indirect) solar radiation flux on a plane parallel to the Earth's surface. Average, or accumulated energy in Wh/m², for previous hour (1Wh=3600J), W/m²
windChillTemperatureFahrenheit double Atmospheric humidity metric (evaporative cooling potential of moist surface) at 2 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
apparentTemperatureFahrenheit double Air temperature that includes impact of wind and humidity at 10 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
categoricalRain double Indicator of precipitation falling as rain (1=yes; 0=no). Not available in Daily or Monthly increments. Instantaneous reading at time shown, index
categoricalSnow double Indicator of precipitation falling as snow (1=yes; 0=no). Not available in Daily or Monthly increments. Instantaneous reading at time shown, index
categoricalIcePellet double Indicator of precipitation falling as ice/graupel (1=yes; 0=no). Not available in Daily or Monthly increments. Instantaneous reading at time shown, index
categoricalFreezingRain double Indicator of precipitation falling as freezing rain (1=yes; 0=no). Not available in Daily or Monthly increments. Instantaneous reading at time shown, index
netRadiationWsqm int64 Sum of incoming/outgoing solar and terrestrial radiation. Average for previous hour, W/m²
potentialEvapotranspirationMicrometersPerHour double Maximum evaporation rate possible (water surface). Instantaneous reading at time shown, micrometers per hour
surfaceWaterRunOffMillimeters double A measure of atmospheric sensible heat content at 2 meters. Instantaneous reading at time shown, Fahrenheit (°F) or Celsius (°C)
site string Site/Location Information
frequency string frequency
geo string Geo Location - Latitude/Longitude pair (ie 55.7521,37.6175)


Important Dataset Notes

This dataset is not available for direct online purchase. Please contact sales directly at sales@CloudQuant.com. The data is available through our normal sales department who can provide you with current pricing and a quote for accessing this valuable dataset. This may be due to a number of reasons such as dataset intended use, size of the company (or investment fund) using the dataset, or for simple legal requirements that CloudQuant needs to ensure are in place prior to licensing the dataset to you.