Science Secretary’s Message during the launching of the DOST Unified Food Safety Training Modules for MSMES
 By: Estrella Z. Gallardo
 

The Department of Science and Technology (DOST) launched three Training Modules Namely: Basic Food Hygiene, Food safety Hazards and Current Good Manufacturing Practices for Micro Small and Medium Enterprises (MSMEs) during the launching of the DOST Unified Food Safety Training Modules for MSMEs at the Titanium Auditorium, MIRDC DOST Compound, Gen. Santos Ave., Bicutan, Taguig City on June 8, 2019.

Science Secretary Fortunato T. de la Pena whose presence graced the affair delivered his message, expressing the foregoing:

The Philippines is currently finding ways on how to address food safety and nutrition in the decades to come. The food chain made up of a highly complex network of food production and consumption presents challenges that go beyond immediate food and safety concerns. As we attempt to address and capture solutions for food safety, an even bigger challenge is advancing research-based knowledge and its applications to streamline food processing - from the way food is produced, traded and delivered to consumers, along with managing health risks, and combatting fraudulent practices as well as protecting the health of plants and animals. However, this challenge paved a way for new possibilities and established networks relevant in encompassing disciplinary boundaries.

Our food processing sector accounts for nearly half of the total output of the manufacturing sector, contributing to 23 to 24% of the country s annual Gross Domestic Product (GDP). This sector grows at an annual rate of 8 to 10% and has been identified by the government as a priority sector for attracting foreign investments. As of 2016, our food manufacturing sector’s growth is the second fastest in the ASEAN. Most enterprises are owned by single proprietors which is common to micro and small industries.

The prospects for business in the food industry are clearly promising. Though increasing in number, most locally-produced food products are challenged to prove their safety for consumers as they are mostly made in backyard setups. The lack of technical know-how on safe food handling, good manufacturing practices, and food safety documentation becomes a hindrance for our manufacturers to deliver top-quality products. With the ASEAN Integration and the Influx of imported products, our local products need to be assured of its safety to be able to compete with foreign goods.

With these in mind, the Department of Science and Technology, as part of the Food Safety Regulation Coordinating Board, created the DOST Integrated Food Safety Program to support the mission of ensuring a high level of food safety, promote fair trade, and advance the global competitiveness of Philippine food products. A component in the DOST Integrated Food Safety Program is the creation of the Unified Food Safety Training Modules which will be used to train the food manufacturers in the areas of basic food hygiene, food safety hazards, and current Good Manufacturing Practices (cGMP). These modules will be used by the DOST Food Safety Teams in all of the 17 regions to ensure the uniformity of the information and knowledge passed on to the food manufacturers situated in different parts of the country.

I would like to commend everyone’s efforts in creating these modules. Let me thank the consultants and the project team from the College of Home Economics, UP Diliman, headed by Dr. Alonzo A. Gabriel, for pouring their knowledge in these texts. The collaboration of DOST Regional Offices, DOST-PCIEERD, and the Food and Drug Administration were also instrumental to the finalization of these manuals. Through our partnership, we have made these modules to attain the goal of helping our MSMEs in producing wholesome and safe food that will be able to compete in the global market.

This endeavor is a tipping point of bringing areas of knowledge together into a new system to spin off applications and fundamentals that can be combined and integrated. As we take another significant step on how we can best work together in pursuit of our shared goals in the face of emerging challenges in food safety, let us realize that we are the key players who can contribute to finding solutions in addressing these issues.

To the food manufacturers, restaurateurs, and food makers alike, I encourage you to maximize the use of these resources to gain knowledge on how to make your food safe for the Filipinos and the global consumers. With food safety, we decrease the incidence of illnesses brought about by the consumption of food produced with poor hygiene practices, which in turn will increase consumer confidence, market access and competitiveness.

Let us all be agents in achieving better human nutrition and build an effective food safety system where the whole food chain operates responsibly and supply safe food to consumers.

Again, we express our heartfelt gratitude to all who have made this accomplishment possible. Let us all go forward with the vision of “safe food for everyone, by everyone, through science, technology, and innovation%

A pleasant morning to everyone!

DOST-FPRDI develops High School Students in Zamboanga Sibugay how to grow rubber and harvest sap
By: Estrella Z. Gallardo
 

Starting June (2018) for the first time come June, a group of high school students in Zamboanga Sibugay will learn how to grow, plant and harvest the sap of rubber trees – the most important crop in their province.

Organized by the DOST-Forest Products Research and Development Institute (DOST-FPRDI), the training was designed to teach four competencies: establish a rubber budwood and seedlings nursery, plant rubber trees and seedlings, do a budding operation, and harvest latex.

Teacher Elsa Vendiola who has gone to recent training is confident she will be able to teach the subject well, though the task of teaching the rubber production course may seem daunting.

“From the course, I learned not only concepts but skills I could pass on not only to my students but even to my peers in school,” explains Vendiola.

For Esmeraldo Hanito of the University of Southern Mindanao, the training made him see that more efficient ways of rubber tapping are available. “This new knowledge excites me as I am about to retire from academe soon,” says Hanito.

Vendiola and Hanito were among the 25 trainees who were assessed and awarded the National Certificate II (NC II) by the Technical Education and Skills Authority (TESDA). This means that they “demonstrated necessary skill and knowledge to perform the tasks carried out by a professional.”

Rubber production is part of community life for most areas in Kabansalan town children as young as 11 years old wake up to tap rubber trees. The bark of the trees is said to give out more sap when cut early in the morning. Their parents, meanwhile, collect the sap later in the day.

Dr. Maria Cielito G. Siladan, project leader and chief of FPRDI’s Training and Manpower Development Section explains that “Most local farmers are already skilled tappers. We want to complement their skill with scientific knowledge to lessen the damage on rubber trees. Proper tapping will not only prolong tree life, but will also improve latex yield that could increase farmers’ income.”

According to Siladan, rubber is one of the country’s most valued agricultural crops. Of the 140,000 metric tons of rubber produced in the last quarter of 2017, almost half came from Zamboanga Peninsula. The Philippines currently ranks 10th among the rubber producing countries in the world.

“FPRDI recognizes the government’s effort to push for a stronger rubber industry. This rubber production training is one of the Institute’s ways of contributing to that goal,” she adds.

Funded by DOST’s Philippine Council for Agriculture, Aquatic and Natural Resources Research and Development (PCAARRD), as part of the project “Capability Building on Tapping and Use of Appropriate Coagulant for Improved Rubber Latex Yield” the course has so far trained 386 persons, 49 of which are NC II holders.

The training was held last April 9- 21, 2018 and facilitated by Prof. Angelito Aballe of the JP Aballe Learning and Development Center, with the help of DOST-FPRDI’s Fors. Jeriel S. Payuan and Christian R. Amante.

“We hope to replicate this initiative in other provinces so that more people can benefit from the science of rubber tapping,” said Siladan (PSciJourn MegaManila).

SARAI Phase 2 Program Beneficial to Farmers

 

By: Estrella Z. Gallardo

 

“Smarter Approaches to Reinvigorate Agriculture as an Industry (SARAI) in the Philippines-Phase 2” will continue to develop, implement, and deploy science-based crops and cropping system technologies, protocols, and long-term strategies geared towards maximizing yields and minimizing adverse environmental and climate impacts.

This is the essence of the signing of Agreement recently held among the Philippine Council for Agriculture, Aquatic, and Natural Resources Research and Development of the Department of Science and Technology (DOST-PCAARRD), the University of the Philippines Los Baños (UPLB), and selected State Universities and Colleges (SUCs) in the Philippines.

Initiatives under the SARAI Program Phase 2

SARAI Program Phase 2 will be provided with a 221 million budget from DOST. At the signing ceremony, PCAARRD Acting Executive Director, Dr. Reynaldo V. Ebora emphasized “value for money.” With the big amount for SARAI-Phase 2s research and development (R&D) activities, big returns is likewise expected.

“I hope all of us will be committed to deliver what we have promised and that we would vigorously disseminate technologies that will be generated by the program,” Ebora said.

UPLB Program Leader, Dr. Maria Victoria O. Espaldon reported that SARAI-Phase 2 has 15 project components classified under three subprograms: 1) Crop characterization, integrated crop management, and model development; 2) crop-environment monitoring and forecasting; and 3) SARAI mainstreaming.

Espaldon said that Phase 2 will focus on the refinement, field testing, expansion, and deployment of technologies developed in Phase 1. These technologies are: SARAI-Enhanced Agricultural Monitoring System (SEAMS); Water Balanced-Assisted Irrigation Decision Support System (WAISS) and Cost-efficient Soil Moisture Monitoring System for Water Deficit; SARAI knowledge portal; and other mobile and web-based applications, which include among others the Smarter Pest Identification technology and the Maize Nutrient Expert System.

Phase 2 will take off from these major outputs. It will expand its scope by covering additional crops such as sugarcane, soybean, and tomato. The crops previously covered included rice, corn, coconut, coffee, cacao, and banana. Phase 2 will also include capacity building and a systematic communication and information dissemination campaign to ensure that products reach the intended users.

An important highlight of Phase 2 is the implementation of SEAMS at the community level (CL-SEAMS). This was explained by Prof. Moises A. Dorado, UPLB Professor and Project Leader for SARAI’s component project on “Community Level SEAMS and Dissemination of Crop Advisories.” CL-SEAMS will incorporate indigenous knowledge of farmers. Its capabilities and outputs will be more attuned to the specific needs of the farming communities.

SARAI-Phase 2 will be implemented in partnership with University of the Philippines Diliman (UPD), Isabela State University (ISU), Central Luzon State University (CLSU), Mindoro State College of Agriculture and Technology (MinSCAT), Western Philippines University (WPU), Bicol University (BU), West Visayas State University (WVSU), Cebu Technological University (CTU), Central Mindanao University (CMU), University of Science and Technology of Southern Philippines (USTP), University of Southern Mindanao (USM), and Mariano Marcos State University (MMSU)

Partners’ expression of support

“Much is given, much is required.” This was emphasized by former director of PCAARRD’s Agricultural Resources Management Research Division, Rodolfo O. Ilao who now serves as PCAARRD S&T Consultant for the SARAI Program. His message to program implementers, among others, include visibility of the program, enhancing linkage with appropriate projects and agencies, importance of the project’s linkage with one another as a system; and deployment at various stages.

UPLB Chancellor Dr. Fernando C. Sanchez Jr. committed to fully monitor the Program to ensure that outputs are delivered as expected.

“Continued partnership is very important and we will continue to partner with other agencies. With the help of our partners in this project, we can deliver the outputs. Together, we will not fail the nation,” Chancellor Sanchez said.

On behalf of presidents and representatives of SUCs, Dr. William C. Medrano, President of Isabela State University, expressed full support to PCAARRD and UPLB. “We have to deliver. DOST is expecting that Juan and Juana will really feel the impact of science and technology in their lives. We have to give back the outputs, especially that which will create impact to our users. There should be no room for failure for SARAI. Not ‘Aray,’ but SARAI,” quipped Medrano (PSciJourn MegaManila).

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