By Nicolás González, Agricompas Business Development Manager
Climate change is one of the most common challenges for farmers of all types of products all around the world. Not having a clear and fairly accurate measurement of how temperature, humidity, rainfall, winds, and even solar radiation will behave produces uncertainty, which can translate into poor preparation for the production process.
Likewise, farmers are experiencing conditions never seen before, where the extremes of climatic conditions are increasingly acute: more extensive droughts, heavier rains and temperatures that are surpassing historical maximums year after year. Natural disasters affecting large cities and also agricultural development in the countryside are having more and more devastating effects, making the most vulnerable worse off.
All of us, in each of our daily activities, are positively or negatively impacting this climate change crisis, affecting at the same time other very important areas such as food security, deforestation and in some cases, human rights.
Efforts for change
Despite this worrying situation, the major world powers and international institutions are focusing their efforts on extending their reach through investment programs that generate a positive impact on climate change mitigation and its effects, as mentioned by Bernice Van Bronkhorst, Global Director, Climate Change in the World Bank article:
“We are at a once-in-a-generation moment to help clients act on climate and in so doing also gain the benefits of cleaner air and water, healthier oceans, more resilient cities, and more sustainable food and agriculture systems. We are committed to getting this right.”
Among the actions being taken to mitigate climate change is the commitment to a more sustainable agriculture that generates a lower environmental impact, but also has the necessary tools to produce more efficiently and anticipate crop risk through the use of technology. This is part of the Sustainable Development Goal 2 (SDG 2.4.1).
Using satellite images and the processing of that information into various indices, mixed with constant data processing from different climatic and environmental sources and from the farmer him/herself about crop management, EcoProMIS is able to have a constant monitoring of the crop status and always be watching the expected crop yield.
Thanks to the use of this type of technology, we have the necessary tools to measure the risk in each agronomic decision taken in crop management, to always be covered and to have an optimal administration of the physical and economical resources of the productive agricultural activity. All of this helps to mitigate the uncertainty brought about by climate change.
Risk mitigation and data analytics
Similarly, the risk management carried out through the use of the EcoProMIS platform, where information is processed in real time on what is happening with the crop and the area in which it is located, provides relevant information for stakeholders that provide services to farmers such as input suppliers, insurers, banks and machinery dealers.
With this information, these companies are able to analyse the farmer, his crop and the risk they have in a more detailed way, which allows them to mitigate their information risk and offer better conditions and services to farmers.
This improvement in the agricultural ecosystem generates an environment of competitiveness and sustainability in the long term, as mentioned by Xuan Pham, Martin Stack in the article “How Data Analytics is Transforming Agriculture” published here in Harvard Business Publishing.
Thanks to data analytics such as EcoProMIS, we can make agriculture not only more efficient but also better prepared to face climate change and the impact it is having on our society. While the risks will still be there, we will have enough information to make better decisions to mitigate those risks and ensure the safety not only of our crops, but of society in general and future generations.