Uses its vast computational power trained by 700,000 unique phenological data points the largest in the world, against 50 years of weather patterns in the growing regions to deliver predictability on quiality at
distribution centers arrival and specific features such as size or brix crucial for every customer.
APExS is a Agtools team specialized in commodities phenological research. Its main objective is to establish links between the various development phases of the different commodities and the climatic requirements for them to complete their production cycle.
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The Challenge:
Through innovative projects, APExS provides a deeper understanding of the importance of all food supply chain and phenology. Its primary interest is to disseminate globally the relationship between climate change and the phenological phases starting with commodities, understanding phenology as a fundamental element to improve production systems.
The Approach:
We represent ourselves as a group of highly advanced and creative specialists made up of experts in Agronomy, Agribusiness, Mathematic, Nutrition and Sustainability. We can examine information from various trusted and authoritative sources and use it to develop models and algorithms that facilitate interpreting and analyzing the different commodities -related data.
Case Studies by APExS
APExS is developing study cases for Agtools that focus on various factors that can influence the availability and price of products in the market, including weather, phenology, political, and social aspects. The emphasis is particularly placed on the importance of sustainability in each case.
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Phenology
The production of fruits and vegetables begins with seed germination and progresses through several distinct developmental stages: leaf expansion, the formation of lateral shoots, stem elongation in preparation for inflorescence emergence, flowering, fruit development and maturation, and, finally, the senescence of the entire plant. These growth stages, referred to as phenological stages, are closely influenced by climatic conditions.
To standardize and simplify the identification of these stages in plants, the BBCH scale provides a universal system for uniformly coding phenological growth stages.
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