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

The project is in line with the mandate of SMEDAN to stimulate, monitor and coordinate the development of Micro, Small and Medium Enterprises (MSMEs) in Nigeria. The mapping of the poultry sector in Lagos, Nigeria will provide real time data to ensure more effective advocacy and business development services to resolve the challenges impeding the growth of the sector.

In addition to SMEDAN, Palatehub, and ICC-CoE, other stakeholders present at the meeting were from the Lagos State Ministry of Agriculture, the Lagos State Ministry of Commerce, Industry and Cooperative, the Poultry Association of Nigeria and Big Dutchman Nigeria.

During the meeting, Stakeholders expressed the urgent need for real time data on the poultry sector for policy design and implementation especially in the areas of job creation and public health. Although there were concerns expressed with regards to the scope of the project, the general consensus was to proceed with a pilot project on a public-private-partnership basis.

ICC-CoE, represented by Mrs. Bunmi Osuntuyi, the Secretary-General of the International Chamber of Commerce Nigeria, expressed support for the project. She explained that the objective of the ICC-CoE is to inspire future entrepreneurs; digitize SMEs; scale up startups; and foster inclusive entrepreneurship.

To conclude the meeting, Stakeholders agreed that SMEDAN and Palatehub will develop a workplan and convene a second meeting of stakeholders to launch to data-gathering aspects of the project.

The project which is in line with the Sustainable Development Goals (SDG) 5: Women Empowerment and Gender Equality was also facilitated and supported by the Uyo Chamber of Commerce, Industry, Mines and Agriculture (UYOCCIMA) and Palatehub.

Addressing the farmers, the field representative of Zowasel, Mrs. Priscilla Charles Udoh explained that Smallholder farmers in Akwa Ibom State are yet to significantly increase their yield per hectare, as the State still records the lowest among its peers.This she said has happened despite the enormous potential in Akwa Ibom’s agricultural sector.

She pointed out that Smallholder farmers have limited access to improved seeds and seedlings, machinery, and training. As a result, farm yields and farmers’ income has remained perpetually low, thus making the sector unattractive to the younger population.

Over 150 women drawn from across the ten political wards in Okobo attended the training and expressed their willingness to participate in the practical training which will commence soon.

Victor Paul Unoh | First Media NaijaTV | Uyo
victorunoh@gmail.com