Contact us
![]() |
[email protected] |
![]() |
3275638434 |
![]() |
![]() |
Paper Publishing WeChat |
Useful Links
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License
Article
The Profile of Umalad Watershed in Roxas, Palawan
Author(s)
Frank Joe Mojica and Flornita Nangit Ferrer
Full-Text PDF
XML 196 Views
DOI:10.17265/2161-6256/2018.04.002
Affiliation(s)
Faculty of Education Department, Palawan State University-Roxas Campus, Roxas, Palawan 5308, Philippines
ABSTRACT
The access in fresh water
supply in Roxas is mostly from Umalad watershed. Majority of the households’
water consumption in Poblacion is supplied by the shed. This study used the
descriptive qualitative method in determining water quality and quantity,
watershed ecosystem, management activities, conservation and restoration,
monitoring, and sustainability. The findings were the water from Umalad watershed is
safe to drink; 7 plants/tree recommended for watershed are found in the area;
management is concentrated on extensive annual tree planting; sustainability of
the watershed depends primarily on the presence of adequate vegetation;
stressors found in the area charcoal making, slash and burn activities,
presence of residents and logging. It could be concluded that the Umalad watershed has quality
control as to the safety of water; stressors in the area affects the
sustainability of the water quantity along the minimal government intervention
in the management of the watershed. It is recommended that vegetation in the area should
be properly monitored and maintained; plans and strategies should be
implemented effectively; legislations against charcoal making slash and burn
activities and logging in the area should be strictly implemented; residents
present in the area can be considered as co-managers of the watershed; analysis
of the water coming from the household faucets as distributed by the Roxas
Water District (RWD) is recommended.
KEYWORDS
Watershed, stressors, plans and strategies, preservation and conservation
Cite this paper
References