history+

Hourly historical weather simulation data since 1979

history+ offers immediate access to the meteoblue global weather simulation archive. Download weather variables, such as temperature, wind, cloud cover, precipitation and many others in hourly resolution as CSV, or explore the datasets online. Any place worldwide is available in hourly intervals without gaps since 1979.

Features

40+ years of historical data

history+ offers consistent weather simulation data in hourly resolution since 1979. Archived weather simulations are assembled to continuous time series. Historical data are the first step to correlate past events and optimize your current and future business.

Worldwide availability

All weather variables are available for any place on Earth and at various different altitude levels, independent of measurement stations. We calculate global weather models as well as local high resolution models for Europe, North and South America, and most parts of Asia and Africa.

High precision

Intensive verification and validation improves our weather models beyond the quality and availability of historic weather measurement data. history+ combines convenience and unmatched accuracy to support your daily business decisions. The interface provides access to the proprietary global numerical weather model NEMS, the ERA5 re-analysis model, and to local high-resolution weather models for many areas.

Unlimited data downloads for 1 year

All data can be downloaded for the selected locations for a period of more than 40 years. Access remains active for 1 year after purchase and includes daily updates of the datasets.

100% complete without gaps

history+ offers 100% complete time series, with no missing data. All time series are consistent and gap-free, whereas measurements are often not available for the selected place, or unavailable for certain time periods or contain invalid data. Analysis with insufficient and inconsistent data makes results unreliable and massively increases the processing effort.

Multiple formats

Data can be interactively analysed on the web, and also downloaded as CSV files. Common evaluations such as year comparison, GDD calculation, frequency analysis, crop risk evaluations, or wind roses, are built-in. Downloaded CSV files can easily be imported into other professional applications.

Available right away

Easily download consistent historical data

All data can be downloaded as CSV files and further processed with programs like Microsoft® Excel or OpenOffice. You can download entire time series since 1979 in hourly resolution with various parameters like temperature, precipitation, clouds or wind.

The data are available worldwide without any gaps and from different models. Our weather simulations are independent of single stations and possible outages.

Interactive interface to analyse data

Our database is packed with hundreds of TB of weather data and right at your disposition. Interactive graphs allow immediate access to continuous time series for your locations or various coordinates. You do not have to wait for a long-term weather data time series: It is there in a second.

You can compare multiple locations and detect weather differences that could impact or benefit your business. Gain valuable insights to prepare for typical weather conditions as well as for uncommon extremes.

Compare multiple years

Visualize several seasons with accumulated precipitation or growing degree days (GDD) in one graph. See how a wet or rather hot season may affect plant development, calculate a heating sum to predict how much energy is required during winters or estimate weather conditions for a single week to plan events.

All information and data are available immediately after purchase and can be displayed interactively in intuitive and interactive charts and diagrams.

Frequency analysis histogram and wind rose

In addition, history+ includes online analysis tools for frequency patterns and wind roses. Our tools are highly customizable to fit your specific needs and to save valuable time.

Wind speed frequencies for wind power generation are calculated for any coordinates on land or sea. Wind roses classify wind directions and speeds, e.g. to further evaluate potential wind park sites and improve power generation efficiency. Temperature and precipitation frequencies are visualised in a histogram and help to better understand business-threatening conditions such as frost or intense precipitation.

Crop climate risk analysis and prediction

The crop climate risk analysis diagram shows the risks of drought, heat, or frost for a selected crop at a selected location for a chosen period in the time from 1985 to today.

Crop risk prediction monitors and evaluates crop risks based on the current season weather to date, the 7-day and the seasonal forecast. Historic reference periods can be included for comparison, such as a year with good or bad growing conditions. The crop climate risk analysis diagram supports operational decisions, e.g. when to plant, fertilise, or irrigate.

Climate predictions

Nowadays, many regions worldwide cope with challenges such as an increasing frequency of extreme air temperatures, storms, and flooding events resulting from heavy precipitation. Due to climate change, such extreme events will occur more often in the future. This trend will increase the risk for economic damage and life threats caused by weather hazards.

The meteoblue climate prediction offers an easy summary of complex climate change simulations for any location on Earth, based on different emission scenarios of the IPCC report. The meteoblue climate prediction summarises all these projections for the selected location(s) in simple graphics for a large number of variables and is available for any location worldwide at a high spatial resolution.

More information for user specific configuration options can be found here

Included weather variables

Temperature

2 m above ground

Relative humidity

2 m above ground

Pressure

at sea level

Precipitation amount

mm/m2

Snowfall amount

cm/m2

Total cloud cover

in percent

Solar radiation

W/m2

Wind gust

10 m above ground

Wind speed and direction (10 m)

km/h, m/s, bft, kn, mph

Wind speed and direction (80 m)

km/h, m/s, bft, kn, mph

Wind speed and direction (900 hPa)

km/h, m/s, bft, kn, mph

Low, mid, high cloud cover

in percent

history+ includes the most common weather variables as well as specialised parameters. Other variables are available on request.

Try for free

You can test history+ without a subscription and explore the endless possibilities of historical weather data. The free test is limited to Basel, Switzerland. For other locations, temperature data for the last 2 weeks are available and can be selected with our location search at the top of the page.

Prices and Order

How many locations do you need? At the moment of purchase, you receive access to selected number of locations, without having to decide which ones. Your desired locations or coordinates can be activated afterwards in the data download interface. history+ access remains active for 1 year, starting at the purchase date. You can buy more locations at any later time as well. High-volume discounts for more than 10 locations are available on demand.

0% VAT included in all prices

1 location
100.00

40+ years data

No automatic renewal

Available for one year

One-time payment

10% off
3 locations
270.00

40+ years data

No automatic renewal

Available for one year

One-time payment

20% off
5 locations
400.00

40+ years data

No automatic renewal

Available for one year

One-time payment

30% off
10 locations
700.00

40+ years data

No automatic renewal

Available for one year

One-time payment

VAT & Pricing

VAT will be deducted for EU business customers with a valid VATIN. The identification number is required and will be automatically validated against the EU database before purchase. All services are associated with your meteoblue account, which will be created in the ordering process. Upon payment confirmation, you receive an invoice as PDF with the indicated VAT amount. Invoices can also be downloaded from your meteoblue account overview.

The payment is handled by Datatrans, a PCI-DSS certified payment service provider for more security in payment transactions. Your credit card information is transmitted using data encryption, only used for one transaction and not stored. The security of your data is very important for us. Payment options include Paypal, Visa, Mastercard and Swiss Postfinance.

About simulation data

What you get

history+ offers historical weather simulation data, with a spatial resolution between 4 and 30 km, not measurement data. Starting in 1979, the historical weather data are available in hourly steps or daily aggregations with a spatial resolution of 30 km, whereas higher resolution data are available since 2008 for nearly every place on Earth. These data are 100% complete, without any gaps. Our worldwide data availability and completeness are unique.

Extensive verifications of our weather models are regularly conducted and thereby, top data quality is ensured.

Simulation data are especially suitable for assessing weather for areas and regions over longer time periods, whereas measurement data are used to record specific local conditions or extreme weather events. Therefore, not all insurances accept weather simulation data as evidence.

Limitations

Resolution: The data have a spatial resolution of 4 to 30 km, depending on location and period. Therefore, local micro-climates, e.g. in narrow valleys or on mountain tops, cannot be captured accurately. However, even for those locations, you can easily analyse trends over the years, seasons, months, weeks, or even day-to-day changes, always taking into account that there might be biases in the absolute values.

Extreme events: If you want to know if on the 22nd of February 1992, there was a local thunderstorm with 100 mm of rain and winds over 80 km/h, unfortunately this will not be possible. Simulation data cannot capture the exact timing and intensities of isolated extreme weather events. For this, you would need to find a weather station, but it would have to be at the exact spot, not several kilometres away, which is rarely possible.

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