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Browsing Business by Author "Agnes Kapinga"

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    Combining bio-cultural and asset based approach towards sustainable utilization of catchment resources
    (Science Publishing Group, 2018) Agnes Kapinga
    Water security is one of the key sustainability challenges in this modern era regardless of the level of development. While the problem keep on increasing year after year, man is a dominant player over hydrological system and also possesses powerful ways and means of utilizing hydrological resources and responds to hydrological dynamics in different ways. The utilization of hydrological resources is influenced by natural resources which are available in the aquatic system, communities’ culture and assets. These three main factors can be divided into two groups, namely, bio-cultural and community/ anthropogenic asset. Bio-cultural asset helps to understand ways in which man interacts with hydrological systems, which behavior (s) can lead to transformations of hydrological functions, and how man reacts to these changes. While, community assets help to understand how the communities can sustainably manage themselves by identifying and mobilizing the existing, but often unrecognized assets, and thereby respond to and create local opportunities for themselves instead of depending on resources from outside. In most cases, the bio-cultural and Asset Based Community Development (ABCD) approaches have been used separately to study the involvement of people and their behavior towards water resource management. It is expected that integrating of these two approaches can be useful in understanding the links between hydrology and local systems; at the same time understanding how a community can restore and be resilient to the changes that occur to the aquatic ecosystems from a cultural, social, economic, political, and biological perspectives. The combination of bio-cultural and ABCD approaches can also, be a better strategy for identifying the parameters and functional relationships which can be used in socio hydrological model simulation.