SMACK project (Satellite Monitoring of soil organic Carbon in Kenya),officially kicked off! In collaboration with agriBORA, the project has been selected to receive the Eureka Network Innowwide funding .

SMACK aims to map and score agricultural lands in Kenya based on their capacity to store soil organic carbon through a dynamic and accurate satellite-based methodology.

This project has huge implications for carbon farming and sequestration efforts in Kenya and beyond.

Let us introduce you to some more details about SMACK:
The project main purpose is mapping the global soil carbon potential to simulate future scenarios describing the real value of agricultural land. The target of the project is agricultural lands in Central Africa, particularly in Kenya.

In contrast to traditional monitoring maps, SMACK mapping methodology for carbon projects in
agricultural areas considers three key data: the “HIDDEN” Soil Organic Carbon (SOC) represents the past of the soil; the Organic Carbon represents the present, which is defined as occurring between 5 years before and 5 years after the project’s beginning; the Resilient Carbon represents the carbon simulated in the future, from 5 years after the beginning of the project.

We decided to develop and market SMACK because we believe that the carbon market needs a different accounting model than the one currently in place. Both those who decide to invest in carbon projects and farmers who want to engage in voluntary/non-voluntary carbon markets need to transparently identify the potential of their land and monitor their carbon storage status. We should not think that users need a methodology to satisfy their markets, but we need to create a methodology that satisfies users and creates real added value for them and the environment.

By providing customers with a single figure for estimating the amount of total organic carbon in the soil and the quality of the soil under consideration, both a current carbon estimate and a potential carbon gain for the future are quickly possible. This provides a time perspective of the soil, taking into account the present, the past and the future.

🎉🌾 We’re excited to see the impact the project will have on the agricultural industry and the environment as a whole. 🌾🎉

 

Image source: Eureka website https://lnkd.in/dBgXibTg

 

Last week, the groundbreaking C.O.R.E – Carbon Organic Resilient Ethereal project was introduced to esteemed representatives from the Directorate General for Agriculture (DG Agri), Directorate General for Climate Action (DG Clima), and Directorate General for Environment (DG Env). This marked a significant milestone in the project’s journey towards creating innovative solutions at the intersection of carbon sequestration, organic farming, resilience, and sustainability.

During two dedicated sessions, the project team had the invaluable opportunity to present the ESA Kick-Start project in detail. The representatives from the European Commission were eager to delve into the project’s scope, methodology, and the potential applications it holds for addressing pressing environmental challenges.

The engagement with DG Agri, DG Clima, and DG Env proved to be highly constructive, with the representatives providing essential feedback and insights. As a result, the project team is now in the process of compiling a comprehensive technical document that will offer a deeper understanding of the CORE Model. This document will delve into the intricate details, methodologies, and potential implementation strategies, further solidifying the project’s credibility and value.

On March 30, 2023 Uptoearth GmbH participated at the Global Navigation meets Geoinformation conference 2023 (GNMG 23) and at the Space Business Bootcamp organised by CESAH.

This was a unique occasion to discover the latest space technologies and applications, network with business representatives from various sectors, and get to know many terrific hessian space start-ups.

During this occasion, we had the opportunity of presenting our FarmBox Project and engaging with participants in a discussion about the contribution of earth observation to improve the resilience of farmers to climate change. Participants agreed that earth observation technology provides valuable data and information to help farmers make informed decisions about planting and harvesting crops, managing pests and diseases, and using water and fertilizer efficiently. Satellite imagery and other earth observation technologies can also help farmers monitor the impacts of climate change, such as droughts and floods, and take proactive measures to adapt to these challenges.

But the highlight of the day was when participants entered the Metaverse and explored the FarmBox’s MOOC and Simulator. We were amazed by their reactions and are thrilled to be at the forefront of innovative solutions for Climate Smart Agriculture.

The FarmBox Project was praised for its role in promoting skills acquisition and preparation in this framework and the event highlighted the importance of earth observation technology in improving the resilience of farmers to climate change, and the FarmBox Project is making significant contributions in this area.