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Project INLakes
In this landmark local investigation, the nutrient dynamics that affect the ecosystem health of selected lakes in the Province of Laguna will be investigated. The findings will be useful in developing integrated approaches to lake recovery from eutrophication and aquatic resource conservation. Policies and innovative strategies for the reduction of nutrient enrichment can then be developed. The science-based outcomes of this study will contribute to the long-term sustainability of the natural resources of lakes in the country.
About
Program Title: Niche Centers in the Regions for R&D (NICER) Program: Center for Lakes Sustainable Development
Project Title: Evaluating Dynamic Internal Loading of Nutrients in Lake Sediment for Recovery of Lakes from Eutrophication (INLakes)
Project Duration: 1 May 2022 - 30 October 2024 (2.5 Years)
Funding Agency: DOST - GIA
Monitoring Agency: DOST - PCIEERD
Main Objective
To determine nutrient dynamics in lake systems based on internal nutrient loading from sediment that contribute to the eutrophication of lakes in the Philippines.
Project EDAM
The occurrence and concentrations of beta-lactam antibiotics, endocrine disruptor compounds, and heavy metals in the water of Laguna lake will be determined and established in this study. These will provide additional relevant information on the current condition of the lake and its capacity to provide safe food and water. The findings will be useful in the implementation of guidelines and laws that relate to the management of the lake and its resources.
About
Program Title: Synergistic Capacity Advancement towards the Management of Laguna Lake (SCALE)
Project Title: “Endorcrine Disruptors, Antibiotics, and Heavy Metals in Laguna Lake Water: Impacts on Food and Water Security (EDAM)
Project Duration: 15 March 2017 - 14 September 2020 (3.5 Years)
Funding Agency: DOST - PCIEERD
Main Objective
This study aims to establish the current concentrations as well as temporal and spatial trends of water contaminants such as beta-lactam antibiotics, endocrine disruptors, and heavy metals in Laguna Lake. This study also aims to develop, optimize and validate analytical methodologies for the determination of these organic compounds and heavy metals in water.