The Different Types of Data Annotation Explained
Oko Environmental is bringing ClimateTech to West Africa. Through the pioneering reforestation methodology of Assisted Natural Regeneration (ANR), Oko is committed to combating climate change through the establishment of indigenous rainforests, growing only native and naturalized tree species in collaboration with local communities.
Their tech-centric approach to reforestation aims to maximize carbon removals whilst boosting biodiversity and supporting communities. By levering multispectral drone imaging, Aya collected real-time data of Oko’s forests housed in an interactive dashboard capable of pinpointing nutrient deficiencies, tracking forest growth, and identifying illegal deforestation activities.By bringing technology to reforestation practices, Oko is surmounting one of the toughest barriers in ClimateTech on the continent: the dearth of pre-existing data on reforestation. Inventing new data points from species matrix, to biodiversity, to success rates, Aya Data is helping Oko lead the way on capturing big-data on regrowing rainforests at scale.
Traditional forestry monitoring and analysis are laborious and expensive, often demanding an on-the-ground team manually collecting data, lacking the capacity to capture and analyze big data at scale. Oko was seeking a method to collect data year-round to provide a more comprehensive and accurate picture of their forests’ health condition.
Aya’s Solutions team works with Oko to assess the project and find ways to circumvent these challenges characteristic to forestry and climate, a sector historically underserved by technology.
Vertical integration represents Aya’s unique capacity to provide three essential services across the AI value chain—data collection, data labeling, and data science. This approach streamlined close collaboration with Oko’s team through every step of the process in order to solve challenges through designing a bespoke AI solution.
Oko wanted to build a model to detect germination rates of trees in several intervals after planting (e.g, 3 months, 6 months) on a 32,000 hectare reforestation project. In order to achieve this;
Moving forward, the next phase is to expand the model to identify the different tree species and to estimate the carbon biomass of the trees.
Once production annotation concluded, the dataset was then handed over to our in-house data science team who trained and deployed an AI model for crop identification, germination prediction, tree growth rates, environmental changes and potential risks.
Our machine learning experts present the trained AI model in the form of a customized dashboard available for clients’ individual and continued use. Oko’s personalized dashboard displays data-driven insights in a user-friendly interface.
Chris Rothera, COO of Oko said, “We approached Aya to build a bespoke computer vision solution to monitor seedling germination rates using drones. They developed, trained and deployed the models extremely quickly and with excellent results. I now have a single source of truth dashboard to monitor the success of our reforestation project.”
In Oko’s crop management dashboard, users can click on any tree in the dataset and view key individual insights. Germination rates are tracked via measuring success and failures of tree seedlings. With Aya’s model, Oko has been able to track and understand the success of its forests over time.
Oko’s story underscores the transformative potential of AI in revolutionizing reforestation strategies, offering scalable solutions to combat deforestation’s environmental impact. Integrating drone imaging and AI technologies not only streamlines tree planting processes but also enables real-time monitoring, fostering data-driven decisions for enhanced forest management.
With continued innovation across AgTech, AI is poised to play a pivotal role in addressing broader climate challenges, promising a sustainable approach to global reforestation and ecosystem restoration efforts.
Machine Learning and AI in Forest Mapping
Our dashboard solutions are bespoke to company, geography, and market needs, and can be adapted to palm, rubber, cocoa, and other forestry and crop management challenges. Future collaboration between Aya and Oko will explore applying drones and AI to tackle broader climate challenges, such as aboveground biomass estimation, which holds immense promise for fostering sustainable and resilient ecosystems on a global scale.
Should you wish to explore how Aya can contribute positively to your project, feel free to arrange a complimentary consultation with our specialists.