The second version of our updated Dashboard: Weather data!

The second version of our updated Dashboard: Weather data!

Now you are able to use our Weather data in addition to the functions which are already implemented in the Dashboard.

Our New Weather Product - Hourly forecast!

Our New Weather Product - Hourly forecast!

The OpenWeather team is pleased to present you our new product, Hourly forecast


The first version of our updated Dashboard!

The first version of our updated Dashboard!

We are pleased to inform you that we have launched the first version of our updated Dashboard!

Our team is actively developing a new version of the Agricultural Dashboard!

Our team is actively developing a new version of the Agricultural Dashboard!

The main purpose of the significantly advanced version of Dashboard is to visually demonstrate you all data that we provide in our Agricultural API 

Weather map 2.0 and Relief maps. #1 Description of products

Weather map 2.0 and Relief maps. #1 Description of products

Weather map 2.0 and Relief maps are products that allow developers to add weather and relief maps to their applications using simple URL requests. 

How to move from Weather Underground to OpenWeather

How to move from Weather Underground to OpenWeather

OpenWeather will help you easily and quickly move to our Weather API for anyone who has  affected from the Weather Underground API closing.

OpenWeather team announces Relief maps!

OpenWeather team announces Relief maps!

Relief maps allows you to get relief maps around the world. Set the position of the sun in parameters and you will receive precise illumination of the earth’s surface and its relief for conditions set.

OpenWeather team announces Weather maps 2.0!

OpenWeather team announces Weather maps 2.0!

OpenWeather team announces Weather maps 2.0* where now you can work not only with current weather layers but with historical and forecast maps! 

Weather and satellite APIs for precision farming

Weather and satellite APIs for precision farming

Objectives:
As farms mainly consist of crop fields, which can be hundreds of acres in size, much time and resources are demanded of farmers in obtaining an accurate picture of the overall condition of these farms.
Drying out of plants or, conversely, an excess of moisture and a rise in the number of pests: these can all take their toll on the size and quality of the harvest and demand a rapid response. There are also such problems as the danger of overusing fertilizers, which poses a threat not only in terms of extra costs but also in that it is harmful to the environment and primarily to the health of farmers themselves.
To maximize harvests, constant monitoring is required throughout the season; and it is not easy finding the time to keep up with changes for each crop, not to mention monitoring the condition of every single acre. When deciding on long-term plans, a comparative analysis has to be carried out for both the usual course of the seasonal cycle and, in particular, any crises that have arisen.
To assess the current situation and to keep track of changes compared with preceding seasons and with the condition of neighboring fields, accurate information on both the past and the present is needed as well as future forecasts that are as precise as possible.

Solutions:
There are currently numerous services that help with managing farms for any acreage: checking boundaries and nutrient and moisture intake, monitoring the negative effects of weather conditions and diseases, and controlling pest numbers. And this can all be done without having to visit the fields, just by using a phone or tablet screen or a PC.

It is exactly to provide these services that OpenWeather offers a wide range of APIs for different weather and satellite data combined in the one product, Agro API, with universal and simple syntax.

Temperature and Soil Moisture. Their Interaction and Effect on Plant Growth

Temperature and Soil Moisture. Their Interaction and Effect on Plant Growth

Crop farming covers around 40% of the globe and uses 85% of its fresh water.
Often, in countries where agriculture constitutes the principal occupation of farmers, due to drought and overpopulation, they find themselves in a constant battle to maintain everyday resources such as food and water etc. In such cases, productivity and crop prices assume critical importance. And they, in turn, depend primarily on atmospheric factors and soil conditions.