"This is a nature-based solution that harnesses nature and ecosystem services to build resilience to climate change," he stated.
The project's components include Improving regional management of transboundary water catchment, Climate information dissemination and decision-making, Regional approach to climate change adaptation in vulnerable Communities, Community-based approaches to climate change adaptation, and Knowledge management and learning.
According to Dr Masinde, each of the five partner countries has climate focal point ministries (National Project Teams, ) with designated national project coordinators.
He said that farmers within the East African Region are now reaping the fruits of bumper harvests courtesy of the support provided by the Adapting to Climate Change in Lake Victoria Basin Initiative.
"Various projects, which include micro irrigation systems, construction of greenhouses, and rehabilitation of boreholes to support supplementary micro irrigation are being implemented by the five EAC partner states under the programme," he said
According to the executive secretary, over 2 million people have benefited from the project within the EAC region.
In Burundi, the project is implemented in Kirundo Province and Muyinga Province through the Ministry of Water, Environment, Lands and Urban Planning.
In Uganda, it is implemented in Mubende and Masaka Districts through the Ministry of Water and Environment.
In Tanzania, it is implemented in Magu District through the Vice President’s Office while in Rwanda the Project is implemented in Kirehe District through the Ministry of Environment.
The project implementation was expected to last for a duration of 3 years, with an original completion date of June 2021, but was revised to June 2023.
"The request for a no-cost extension was granted by the AF Board due to the prolonged inception phase and COVID-19 pandemic that occasioned the delays in the execution of project activities," he said.
In Tanzania, the Project drilled boreholes that are fitted with solar-powered water pumping systems to support micro-irrigation for rice intensification and off-season crop farming during dry seasons.
This has enabled farmers in the area to produce and harvest food crops all year round thus increasing food security in the far-flung area that is prone to frequent drought episodes.
"Previously some of the farmers were using diesel-powered water pumps to do farming. Now, they have adopted new methods and are using water from the drilled solar-powered boreholes," he added.
" The farmers now plant tomatoes, green grams, Cabbages, Cucumber, Capsicum, kales, maize, chickpeas, sunflower and rice," he noted
Source: The Star