With Palatehub’s goal of applying information technology to crop and livestock production, specializing in post-harvest storage and light manufacturing, it is crucial to always reflect on the efficiency and effectiveness of the company’s practices and their long-term sustainability.

The BRACE Programme: Objectives and Structure

The BRACE programme, launched by the African Food Changemakers, is a comprehensive three-month capacity development initiative. Its primary objective is to equip agriSMEs with the knowledge and tools to build resilience against climate and environmental shocks. The program encompasses a hybrid learning experience, combining training, peer-learning, and practical applications. Its content focuses on critical areas such as climate change awareness, adaptation and mitigation strategies, climate financing opportunities, and sustainable solutions for scaling agribusinesses.

Learning Outcomes from the BRACE Programme

Palatehub’s participation in the BRACE programme, represented by its Co-Founder and Chief Technical Officer, Opeyemi Alaran, yielded valuable insights. The learning outcomes were applied to the company’s Ginger Farming Division and looked into the existing sources of greenhouse gas emissions in ginger farming, emphasizing the need for sustainable practices. The programme helped produce a comprehensive action plan for climate-smart agricultural practices within the company, covering aspects from soil and water management to eco-friendly packaging. The company is fully committed to reducing food loss in ginger farming through innovative strategies showcased in the BRACE Programme.

A Wonderful Journey with BRACE: A Thank You

With the conclusion of the BRACE programme 2023, Palatehub expresses gratitude to the African Food Changemakers for organizing such a transformative initiative. The programme has not only allowed Palatehub to benchmark its climate-smart activities but also provided actionable insights and strategies for enhancing sustainability. The structured learning, community engagement, and emphasis on practical applications have been instrumental in shaping Palatehub’s approach to climate-resilient agriculture.

The BRACE programme stands as a testament to the power of collaborative efforts in fostering sustainability within the agricultural sector. Palatehub looks forward to implementing the knowledge gained, contributing to a more resilient and climate-smart future for the agribusiness landscape in Nigeria. Congratulations to the organizers for a successful program that is set to leave a lasting impact on the participants and the wider agricultural community.

Geospatial analysis can be used in a variety of fields, including environmental science, urban planning, public health, transportation, and business. It can be used to identify spatial patterns, relationships, and trends; to model and simulate real-world scenarios; to optimize resource allocation and management; and to support decision-making processes.

Some common techniques used in geospatial analysis include spatial clustering, spatial interpolation, spatial regression, spatial autocorrelation, and network analysis. These techniques can be applied to different types of geospatial data, such as point data, line data, polygon data, raster data, and 3D data.

Geospatial analysis has a significant relevance in agriculture, especially in crop production, as it can help farmers and agricultural organizations make more informed decisions related to crop management. Here are some examples of how geospatial analysis can be used in agriculture:

Overall, geospatial analysis is a powerful tool that can help organizations and individuals make more informed decisions based on spatial data. It can be a valuable tool for farmers and agricultural organizations, helping them make more informed decisions related to crop production, and contributing to more efficient and sustainable agriculture practices.

Palatehub and EnrichGeo Technologies Solutions collaborated to provide geospatial analysis for the SheFarmers Initiative in its Lekki, Lagos location. The SheFarmers Initiative is aimed at providing an enabling environment for female agri-entrepreneurs to thrive in Africa by promoting education, technology, and financial inclusion. The geospatial analysis provided by Palatehub and EnrichGeo will help the SheFarmers Initiative to identify the most suitable crops to grow in the Lekki area.

The geospatial analysis recommends the growth of horticultural crops such as pomegranate, guava, custard apple, tamarind, and dragon fruit. These crops are wasteland friendly and can thrive in soil that is not suitable for other crops. Additionally, pulses such as chickpea, pigeon pea, and black and green gram are recommended because they have a deep root system, require low nutrient and water, and are resistant to pests and diseases. The Millet family, including sorghum, proso, pearl, finger, and foxtail, are also recommended because they are drought-resistant and can grow in low-water conditions.

Agronomical crops such as cassava, plantain, yam, sweet potato, and groundnut are also recommended as they are suited to the local climate and soil conditions. Depending on the soil permeability, coconut or palm may also be suggested. If the soil has accumulated calcium carbonate and gypsum, soil reclaim may be needed during land preparation.

The geospatial analysis provided by Palatehub and EnrichGeo is an excellent example of how technology can be used to support sustainable agriculture practices. By identifying the most suitable crops for the Lekki area, the SheFarmers Initiative can optimize yields, reduce waste, and improve profitability. Additionally, the recommendations for drought-resistant crops and crops that require low nutrient and water will help the farmers to adapt to the changing climate conditions.

If you would like to learn more about the Geospatial Analysis services, complete this inquiry form – http://palatehub.com/surveys/form/4/enquire-about-geospatial-analysis.html