Publication Details

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SARFO ISAAC

  • NUGS-Nanjing
  • History Of Meteorological Science And Technology (Phd)
  • Nanjing University Of Information Science And Technology
Other-Publications (12)

Spatiotemporal development of land use systems, influences and climate variability in Southwestern Ghana (1970-2020) 29 Dec 2021

Environment, Development and Sustainability

Stakeholders Participation and Sustainability of Corporate Social Responsibility Programmes in Ghana: A Study of AngloGold Ashanti Mine in Obuasi 05 Feb 2020

Environment and Natural Resources Research-CCSE

Assessing the Effects of Indiscriminate Disposal of Waste: A Case Study of the Keta Lagoon in the Volta Region of Ghana 05 Feb 2020

Journal of Biodiversity & Endangered Species

Nature and Management of Some Marine Ecosystems in Vietnam: A Case Study at The Hon Mun Island at Nha Trang 05 Feb 2020

Journal of Ecosystem & Ecography

Concept of Climate Vulnerability: Key Determinants, Responses and Constraints to Climate Change Adaptation. 05 Feb 2020

Advances in Social Sciences Research Journal

Effectiveness of Adaptation Strategies among Coastal Communities in Ghana: The Case of Dansoman in the Greater Accra Region 05 Feb 2020

Current Journal of Applied Science and Technology

Loss of wetland resources in Uganda: The case of lake Wamala in Mityana District 05 Feb 2020

International Research Journal of Public and Environmental Health

Bioeconomic modeling of fishing activities in Kenya: the case of Lake Naivasha Ramsar site 05 Feb 2020

Journal of Bioeconomics

Validating local drivers influencing land use cover change in Southwestern Ghana: a mixed-method approach 03 Aug 2022

Environmental Earth Sciences

A bibliometric analysis of China’s rural revitalization paradox: opportunities for collaboration, social innovation and global development 02 Feb 2024

Environment Development and Sustainability

Class dynamics and relationship between land-use systems and surface temperature in south-eastern Ghana 02 Feb 2024

Environmental Earth Sciences

Planning for cooler cities in Ghana: Contribution of green infrastructure to urban heat mitigation in Kumasi Metropolis 02 Feb 2024

Land Use Policy

Self-protective Measures against Climate Hazards in Ghana: The Case of Dansoman in the Greater Accra Region
Current Perspectives to Environment and Climate Change, Book Publisher Internation-SDI

05 Feb 2020 | 14:51

Abstract

Self-mitigation and adaptation often require conceptual and feasible innovative mechanisms, locally designed with inputs from key stakeholders. Developing prudent adaptation measures for local communities are often time-consuming, and require in-depth analysis due to the complex nature of climate change, encompassing several sectors and external facilitators. In our quest to achieve Millennium Sustainable Development Goal (SDG 13), placing communities in acute and highly vulnerable locations at the center are essential in determining critical and actual areas stemming these communities, hence, employing bottom-up approach in realizing global goals of regulating deteriorating climatic conditions. The ultimate aim of the study was to find-out self-protective measures, initiated by key proponents in the area. The study employed an action-based, descriptive and inferential statistics in the collection and analysis of data. Response from informants constituting officials from various institutions and vulnerable groups in the area were subjected to content analysis to avoid misjudgments. Results show majority of self-protective measures, initiated by proponents in the area are short-term (reactive) measures which does not have the efficacy and capacity to deal with large scale climate events of greater magnitude and intensity. The study would inform the decision of policy-makers and interested stakeholders towards achieving SDG 13 as well as critical areas to prioritize, both in the short and long term. Further research could be conducted on the extent to which enhancing socio-economic parameters in the area can amplify residents’ susceptibility to climate hazards in the long run.