The effects of climate change on access to water and sanitation on Malolo Island (Fiji): a focus on gender disparities.

tesi vincitrice edizione 2024

Università di Venezia

Laurea Magistrale in Environmental Sciences – Global Change and Sustainability

Tesi di

Arianna Fusi

  • Biografia

    Arianna ha conseguito una laurea triennale in Scienze Naturali e Ambientali presso l’Università di Pisa e una laurea magistrale in Global Change and Sustainability presso l’Università Ca’ Foscari di Venezia. Ha lavorato come consulente junior per il World Water Assessment Programme dell’UNESCO, dove ha condotto una ricerca sul campo raccogliendo e analizzando dati disaggregati per genere sull’accesso ai servizi igienico-sanitari e sugli effetti del cambiamento climatico nelle Fiji – in particolare nell’isola di Malolo – concentrandosi sulle percezioni dei residenti. In precedenza, ha svolto un tirocinio come analista di ricerca e dati presso il Centro Euro-Mediterraneo sui Cambiamenti Climatici. Attualmente svolge un tirocinio nel team di Climate, Energy, Environment and Disaster Risk Reduction di UNICEF NY.

ABSTRACT

Access to clean and safe water is a fundamental human right that is essential for the full enjoyment of life and all other human rights, as recognised by the United Nations in 2010. Nevertheless, nearly 5.5 billion people do not have access to a safely managed drinking water service and 4.12 billion people do not have access to safely managed sanitation. This problem is further exacerbated by the effects of climate change, which result in water scarcity due to variable rainfall patterns, higher temperatures, increasingly frequent droughts, saltwater intrusion, and floods. The Pacific Small Island Development States are extremely vulnerable to the impacts of climate change and its related disasters because of their geographic location and characteristics. Among these, Fiji ranks 14th in the World Risk Index, resulting in a high exposure to climate change threats and subsequent reduced water availability. Furthermore, certain groups of the population are disproportionately affected by these impacts, such as low-income households, rural inhabitants, women, and children.

This research studied water availability and access in the Republic of Fiji, particularly on the Island of Malolo (Mamanuca Islands, Western Fiji), by analysing how climate change has impacted and is currently affecting water resources in the area. Throughout the research a special focus was placed on the aspect of gender disparities, as this is a cross-cutting topic that is closely linked to water access and climate change. Indeed, women tend to be more affected by water scarcity and the impacts of climate variability due to their domestic roles and societal barriers. To perform the research, a first literature review was conducted to provide an overview of the selected country and to assess the status of water resources on the archipelago and more specifically on the island of Malolo. Attention was posed on water statistics regarding drinking, sanitation, and hygiene, as well as water resources management. Subsequently, a brief introduction to basic gender concepts is given to explain how this topic is strictly related to the aspect of climate change, for which a desk review was also conducted. Starting from the obtained information, a questionnaire was then developed to conduct interviews on the island of Malolo to villagers residing in Solevu and Yaro to explore their perceptions of water availability and changes in the past years on the island. Five main topics were included in the questionnaire: water access and use, sanitation and hygiene, climate change, governance, and education. A total of forty people were interviewed, with the questionnaires being asked separately for women and men, in order to collect sex-disaggregated data. The data obtained was then systematised, analysed, and subsequently compared to meteorological databases regarding Fiji obtained from the Fiji Meteorological Service as to observe the conformity of the villagers’ perceptions with the meteorological data. Finally, possible solutions to mitigate the observed effects of climate change in the area are discussed.

Per consultare la tesi completa contattare direttamente Arianna Fusi