Volume 5, Issue 1, August 2023
The Philippines is highly exposed and vulnerable to tropical cyclones (also known as typhoons), which caused over ₱352 billion worth of losses and damages to agriculture between 2000 and 2021. The study focuses on the impacts of typhoons on banana production in the Philippines. Bananas are a crucial crop for consumption, nutrition and the economy. Mindanao accounts for a majority of the country’s production. The study examines the physical sensitivity of bananas to hazards like typhoons, considering factors such as wind speed, flood-prone areas, and slope, using geographical methods.
Volume 5, Issue 1, June 2022
With the increasing
incidence of extreme weather events, it is important to identify appropriate
strategies to enhance the adaptive capacity of households. In the Philippines
for example, climate-induced flooding is displacing many people. This is true
in the case of Pila, Laguna, Philippines, which is often flooded when there are
typhoons and monsoon events. Strong typhoons in the past caused houses near the
lake to be submerged in flood waters and forced households to evacuate. The
impact however on these households would vary depending on their adaptive
capacities. This study aims to assess the adaptive capacities of households in
lakeshore communities susceptible to flooding and identify strategies for
Volume 2, Issue 2, July 2017
Vulnerability to flooding due to climate change results in limited access to resources, soil erosion and/or deposition, and reduced quality of water supply among others, affecting many farming communities. Recognizing the need to assess and better understand the adaptive capacity of farming communities, this study determined the effects of flooding and assessed the adaptive capacity levels of farming households in Mabitac, Laguna, Philippines as a case.
Volume 1, Issue 1, November 2015
Tacloban City is one of the hardest hit cities of the 2013 Super Typhoon Haiyan. Aside from the recorded thousands of death, Haiyan is predicted to have altered the terrestrial ecology of the affected area. In particular, this study investigated the probable impact on water resources as a result of the change in forest cover resulting from Haiyan.