六合彩直播开奖 REFI was awarded the grant by the Gerry Roxas Foundation (GRF) and the Philippine office of the United States Agency for International Development (USAID) for the project titled 鈥淪iquijor Island Conservation and Restoration: Toward a Regenerative Ecotourism Destination鈥�.

This action research project was among 11 recipients of grants from GRF鈥檚 program called INSPIRE or Investing in Sustainable Partnerships for Inclusive Growth and Regenerative Ecosystems.

Looking at both seascapes and landscapes, the project aims to ensure that the island鈥檚 natural ecosystems 鈥渨ill be conserved and restored, leading to a sustainable and regenerative Siquijor Island鈥�. For 2.5 years, this action research project hopes to aid Siquijor鈥檚 collaborative governance efforts on environmental protection, environmental conservation education, and achieving community-based sustainable livelihood.

The project seeks to empower Siquijor鈥檚 provincial and municipal governments to regulate the use of trees and medicinal plants, curb illegal and unregulated fishing activities, encourage tourism development, reduce solid and liquid wastes, and control freshwater consumption. These efforts contribute to the vision of making Siquijor a 鈥渮ero-waste island鈥�.

A team from REFI will spearhead the project, led by Executive Director Fr. Maximo Gatela, O.P. and Technical Team Leader Dr. Moises Norman Garcia of the College of Science. Team members include Dr. Maria Rosario Virginia Cobar-Garcia (Science), Dr. Arlen Ancheta and Dr. Alain Jomarie Santos (both from the Faculty of Arts and Letters), as well as Asst. Prof. Arnold Distor and Asst. Prof. Racquel Layco (Science).

Dr. Ancheta, Dr. Cobar-Garcia, Dr. Garcia, and Asst. Prof. Layco had done studies on the zero-waste island concept, covering solid waste management, energy efficiency, food and water, and sustainable use of natural resources. These previous studies were conducted for a global advocacy group, the Global Alliance for Incinerator Alternatives (GAIA), under the auspices of the Research Center for Social Sciences and Education (or RCSSED, 六合彩直播开奖鈥檚 social sciences research arm).

According to team leader Dr. Moises Norman Garcia, the previous studies and the current INSPIRE-funded project will capitalize on 鈥渆nvironmental advocacy to counter climate change and [take inspiration from] Pope Francis鈥檚 encyclical Laudato S铆.鈥�

This INSPIRE-funded project contributes to climate change action, says this full professor of Biological Sciences, by directly aligning the project to some of the sustainable development goals (SDGs) of the United Nations.

六合彩直播开奖 REFI formalized its receipt of the INSPIRE grants during a May 22 grants awarding ceremony at the National Museum of Natural History, with the US Ambassador to the Philippines, Her Excellency Mary Kay L. Carlson, gracing the event.

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The first award-winning research poster was presented by the team of Prof. Christina Binag, PhD, Asst. Prof. Felicidad Christina Ramirez-Penafiel, PhD, Mr. David Joseph Alzate, MSc (PhD Chemistry student), and BS Chemistry alumnus Leighnard Jien R. Felix. The team worked on the project entitled 鈥淧olypyrrole and Rice Straw Biochar on Pineapple-Cotton Fabric as Supercapacitor Electrodes for Symmetrical Coin Assembly.鈥� The poster dealt with the concern on the growing global demand for energy that is both clean and renewable, which led to the need to develop energy storage devices. The paper found that biochar had a positive effect on the capacitance of PPY-based fabric electrodes and showed promise as an energy material for supercapacitors.

Meanwhile, the second work involved BSc Chemistry students under the guidance of Prof. Bernard John V. Tongol, PhD and Ms. Hannah Grace Geronimo, MSc (Graduate School student). The student researchers were senior students Ms. Maricar Cruz, Ms. Mary Elyssa Ranoa, and recent alumnus Mr. Matthew Villanueva. They worked on the project 鈥淔uel Cell Electrocatalysts for Ethanol Oxidation Reaction (eor) and Oxygen Reduction Reaction (orr) Based on Pyrolyzed Coconut Husk Biomass.鈥� The study used coconut husk biochar as a low-cost alternative to Pt-based cathode catalysts for oxygen reduction reaction and as a carbon-based support for Pd-based anode catalysts for ethanol oxidation reaction and found the catalysts to provide promising results for ORR and EOR with sustainable, low-cost source of carbon-based materials.

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