Agriculture weather forecasting software

Need an application to make better precision agriculture decisions to protect resources, boost yield, and maximize profit? We can develop custom-made forecasting software to secure your agriculture business.

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What is Weather Software?

Weather forecasting is essential for a farmer’s key business decisions. Weather data and forecasts help to plan almost all day-to-day decisions including crop irrigation, time to fertilize, and what days are optimal for selected fieldwork. Smart decisions that farmers need to make will result in a successful crop or failure.

The most crucial weather parameters for agriculture

Almost all day-to-day decisions and profit are affected by them

Rainfall

Analyzing historical data on rain over defined periods provides bold observations and serves as valuable input for future predictions based on artificial intelligence algorithms.

Temperature

Tracking changes in temperature during the day, month, and year gives an outlook at conditions for crops and inputs for further analytics on conditions determining weather changes.

Wind

Wind direction and speed can warn farmers of a coming storm.

Air pressure

This is one of the most important measurements for predicting weather changes.

Humidity

This metric is critical, especially with regard to preparing for rain and using water smartly.

Why Do You Need Weather Forecasting Software?

Weather is the most critical element that affects the farming business. It can influence crop growth, total yield, pest occurrence, water, and fertilizer need, and all farm activities carried out during the growing season.

In other words, farming under the open sky is greatly reliant upon the weather and is subject to its moody conditions, especially nowadays, when climate change leads to unpredictable weather which is beyond human control.

Weather information is also playing an increasingly instrumental role in the evolving field of precision agriculture, a farming practice that emphasizes accuracy and control when it comes to the growing of crops. An essential aspect of this approach is the use of information technology, which includes weather prediction and other items, such as satellite and aerial imagery, GPS guidance, sensors, drones, variable rate fertilizer application, and crop health indicators.

Here are the most important aspects of agriculture that are highly affected by weather conditions:

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Where We Need Weather Forecasting Software?

Crop Growth/Irrigation

Crop growth, or crop yield, requires appropriate amounts of moisture, light, and temperature. Detailed and accurate historical, real-time, and forecast weather information can help farmers better understand and track the growth status/stage to make informed decisions. Having access to this data can guide farmers in making significant and potentially costly decisions, such as whether, when, and how much to irrigate.

Fertilizer Timing and Delivery

One of the many decisions that farmers have to make is determining the proper time to apply fertilizer, as well as the application rate and fertilizer form to use. A misapplied application caused by weather can wipe away the entire field’s profits. Weather forecasts can be used to ensure that fertilizer is applied in the right conditions—when it’s dry enough so that it doesn’t wash away (which would create a waste of resources and money) but moist enough so that it gets worked into the soil.

Pest and Disease Control

Certain weather conditions encourage the development and growth of pests and diseases, which can destroy crops. Forecast guidance incorporated into pest and disease modeling can help determine whether—and when—it’s appropriate to apply pest or disease controls. Wind forecasts also play a role in this decision, as crop dusters, aircraft that spray fungicidal or insecticidal chemicals on plants from above, must be utilized when wind conditions are not apt to cause sprayed chemicals to miss their targets.

Field Workability

Field workability refers to the availability of days that are suitable for fieldwork. It’s primarily dependent upon soil moisture and soil temperature. Accurate field-level weather information can help farmers assess the workability of their fields and become more efficient in their day-to-day operations.

Benefits of Agriculture Weather Software Development

Weather solutions have wide-ranging uses and their numerous benefits are just as diverse.

Decision Making

Weather software enables companies to make choices with the most thorough, correct, and up-to-date information possible.

Crops and Fieldwork Efficiency

Companies use weather data to plan optimal weather windows for a particular stage and type of cropping or secure the most strategic field operations from critical weather conditions.

Accuracy

With up-to-date information and an accurate scale, the weather solutions keep data points ratings and forecasting models correct, which leads to more accurate business decisions and actions.

Automation and Safety

With weather-enabled software, tasks like location-based weather alert reporting and farming work planning can be automated. This saves crops, time, and money along the way, freeing resources for more important tasks.

Visual Clarity

Reading raw data across numerous dimensions & values is near impossible. Geospatial mapping (with multiple layers) turns complex data human-readable.

Remote Sensing

Need to make decisions regarding locations that are out of reach, due to impracticality or cost? Weather software enables the most information for off-site analysis and assessment.

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What Do You Need To Develop Weather Applications?

Weather technology is highly useful, but it can’t be carelessly added to an application on a whim.

For a start, there is a wide range of weather solutions, from software, libraries to tools and data sources. These decisions need to be accounted for at the start - and for that, you need an experienced weather software development company.

We’ll understand your core business needs and understand the exact data that you need for your objectives. Then, we create applications and software designed around this core functionality, ensuring a final product that’s easily read and used by users, whether it’s external customers or internal teams.

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How Do We Develop Weather Forecasting Applications?

If your project is particularly ambitious, we can recommend a proof of concept to help ensure the viability and feasibility of the final solution, as well as prototyping to identify opportunities for improvement before release.

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Project Planning

In addition to the usual product design elements, we also need to consider which weather tools we will use, in order to ensure compatibility with the rest of our choices.

The Initial Framework

All apps start with an initial framework - this is where we add core functionalities, like login, and basic views, UI, etc.

Add Libraries & Maps

Now to add weather sources and algorithms. Here we implement the data sources & tools chosen in step 1. Data is imported or called through API. We also add wrappers and other efforts to ensure smooth, compatible performance.

Create Maps/Weather Components

With both the basic app structure and the relevant data sources ready, we can refine our maps and components. This is where we can also add attributive data, to better show the information we want to layer on our maps.

Add Objects, Overlays & Layers

With the maps and data ready, we can now add the layers and data overlays we need for the final product to be user-friendly. This is where the data-heavy interfaces and maps are refined and focused.

Test, Refine & Repeat

We have a dedicated QA team. If results don’t meet our high standards, we refine them as much as necessary. It doesn’t launch until we know it fully meets the quality we promise.