Thursday 5 June 2014

Global Climate Chnage Alliance / Pacific Small Island States (GCCA PSIS) Project in Tuvalu



A very healthy forest

The purpose of the project is the “Improving Agro-forestry systems to enhance Food Security and Build Resilience to Climate Change in Tuvalu”
 
Site cleaning
Site Cleaning Completed
Few tree crops in the nursery
The first site in Funafuti was established in May 2014 from a site used by the Banana Project which is now completed these past few years. Through the years, the NAPA project used the site as a nursery for their “plant resilient to climate change” plantlets. The site was excavated and fence was put up in recommendation of the GCCA project objectives and to secure the NAPA plantlet from theft. The GCCA boys managed to complete 1 week for the fence post to be positioned and another week for stretching the fence wire and cleaning of the project site.Throughout the two busy weeks, the project technical officer travel to the northern islands to collect tree crops for nursery here on the first project site. The reason for nursing these tree crops so that the cuttings can be distributed amongst the communities for replanting, thus securing Food Security purpose in the country. These tree crops include Pandanus cuttings, Breadfruit and Wild Figs cuttings. On the site, there are two types of crops to be nurse, tree crops and senile trees for coast line guard


Few trees for coastline protection
Concerning other influence of climate change, many areas in Funafuti are vulnerable to the effects of climate change especially the coast line, and that will be another priority for this project. An affected site closed to the Pacific Energy Plant needed to plant trees on the coast line to help prevent soil runoff and to protect coast line against soil erosion. Trees including “Cordia Subcordata”, wild senile Pandanus trees, “barringtonia asiatica”, “Topurnefortia argentea”, “Callophyllum inophyllum”, “Scaevola traccada” and other senile tree will be the answer to help guard the coast line from the effects of sea currents.