Over 24,000 ha of Mindoro coral reef may be at risk from Mindoro oil spill

Over 24,000 ha of Mindoro coral reef may be at risk from Mindoro oil spill

Published: March 6, 2023

By: Timothy James M. Dimacali

Marine experts from the University of the Philippines-Diliman College of Science Marine Science Institute (UPD-CS MSI), the University of the Philippines-Visayas (UPV), Mindanao State University-Iligan Institute of Technology (MSU-IIT), the Department of Environment and Natural Resources (DENR), and the Philippine Coast Guard (PCG) are moving to quickly address the effects of the oil spill off Naujan, Occidental Mindoro, in the wake of the sinking of the tanker MT Princess Empress last February 28.

 

According to the MSI’s Bulletin #01, issued on March 3, the oil has already reportedly reached the shores of the coastal towns of Naujan, Pola, and Pinamalayan. The Bulletin also warned that the oil may reach the southern tip of Mindoro in only a matter of days, hastened by the effects of prevailing wind. 

 

Over 24,000 hectares of coral reef—an area one and a half times the size of Quezon City—may be in danger from the oil spill. This potential affected area spans from Bulalacao, Oriental Mindoro, all the way to San Jose, Occidental Mindoro.

 

The agencies are already looking into possible measures to address the spread of the oil, which is exacerbated by prevailing strong winds and waves. The PCG is also working to identify the kind of oil that was on the ship, which will impact the extent of the spill and the possible measures that can be undertaken.

 

A multi-agency team, including representatives from the MSI, has been mobilized to assess and assist on-site. The experts are also considering hydrodynamic modeling to help forecast where the oil might reach given current weather conditions.

REFERENCES:



https://www.msi.upd.edu.ph/News/content/Mindoro-Oil-Spill 




For more details and further updates, please follow the MSI’s bulletins at https://www.msi.upd.edu.ph/ and https://fb.com/upmarinescienceinstitute 


For interviews and media concerns, please contact media@science.upd.edu.ph 

Altered light-dark cycle and stress hormones may be risk factors for breast cancer, UP scientists find

Altered light-dark cycle and stress hormones may be risk factors for breast cancer, UP scientists find

Published: March 1, 2023

By: Timothy James M. Dimacali

NIMBB researchers have just discovered a gene called Krüppel-like factor 9 (KLF9) that links the effects of stress, regulation of the light-dark cycle, and breast cancer. (Image credit: Weand Ybañez)

New research from the University of the Philippines – Diliman College of Science (UPD-CS) has found a conclusive link between stress, altered light-dark cycles—such as in the cases of night shift workers and frequent international travelers—and breast cancer.


Molecular biologist Dr. Pia Bagamasbad and her student, Weand Ybañez, at the UPD-National Institute of Molecular Biology and Biotechnology (NIMBB) discovered a gene called Krüppel-like factor 9 (KLF9) that functions to suppress tumor growth and links the effects of stress, regulation of the light-dark cycle,  and breast cancer. In their study, the researchers found that KLF9 is downregulated in breast tumors compared to normal breast tissue,  and that KLF9 expression  is under the regulation of stress hormones and oscillates with the 12h light-dark cycle.


Normal body function involves a regular 24-hour pattern of biological activity, called the “circadian cycle,” which is mainly controlled by the 12-hour light-dark cycle that, in turn, regulates several bodily functions such as the sleep-wake cycle, digestion, and the release and suppression of various hormones at particular times of the day.


In normal breast tissue, the researchers found that KLF9 exhibits a cyclical oscillation pattern indicative of a normally-functioning circadian cycle. However, the regular oscillatory pattern of KLF9 expression is lost in highly aggressive breast cancer. Given that KLF9 functions to suppress the growth and spread of breast cancer cells, these findings are the first to provide evidence for KLF9 in the consequential link between stress hormones and alterations in the circadian cycle, such as in lack of sleep, towards breast cancer risk and progression.


The NIMBB research team underscored the  value of maintaining a regular circadian cycle  in their study, warning of the negative effects of disruptions in the regularity of the circadian rhythm : “Circadian disruption is an emerging driver of breast cancer, with epidemiological studies linking shift work and chronic jet lag to increased breast cancer risk,” they noted in their research paper, which was published just last February 23 in the journal, Cancer Cell International.


“These findings have potential far-reaching implications not just on our understanding of how cancer develops and spreads, and how it can be effectively managed, but more importantly emphasize the need for  policies  and interventions that can safeguard the overall health and wellness of women working in industries  involving disruption in the regular circadian cycle”, Dr. Bagamasbad said.


For more information on the NIMBB study, please contact Dr. Pia Bagamasbad at pdbagamasbad@up.edu.ph


For interview requests and other concerns, please contact media@science.upd.edu.ph


REFERENCES:



Ybañez, W. S., & Bagamasbad, P. D. (2023). Krüppel-like factor 9 (klf9) links hormone dysregulation and circadian disruption to breast cancer pathogenesis. Cancer Cell International, 23(1). https://doi.org/10.1186/s12935-023-02874-1

Traditional Filipino medicine and the quest to cure the incurable

by Eunice Jean Patron, UPD-CS SciComm

Traditional Filipino medicine and the quest to cure the incurable

Published: February 28, 2023

By: Eunice Jean C. Patron

Traditional Filipino medicine has endured centuries of colonization. Now, modern science is able to shed a different light on these ancient and oftentimes misunderstood practices, showing us that there are always new things to learn from the old ways.

Many plants common to the Philippines, such as the langka (Artocarpus heterophyllus Lam.), have long been staples of traditional Filipino medicine and are currently being investigated for their use in modern medicine. (Photo credit: jaikishan patel / Unsplash.com)

In the Philippines, there are over 1,500 known medicinal plants, with at least 120 that have been validated for safety and efficacy using modern scientific standards. However, despite the potential value of this pharmaceutical cornucopia, the country still has a long way to go before traditional medicines are openly accepted in a modern setting.

 

“There are plants that are being used historically but whose potential have been overlooked until now because of our biases, the way we favor or privilege particular forms of healing over others,” explains Felipe Jocano Jr., an assistant professor at the University of the Philippines – Diliman Department of Anthropology. 

 

Spotlight on indigenous knowledge

 

“We should be looking at our own indigenous knowledge, giving it the value it deserves, seeking ways to build on it to make it fit into what our present [healthcare] systems [need], while giving due respect to the practitioners and perhaps giving them also the respect and the recognition that they deserve,” Jocano expounds. 

 

In 2013 alone, the World Health Organization (WHO) estimated that around 60% of the world’s population relies on traditional medicine, with 80% of the population in the Philippines and other developing countries depending almost entirely on traditional medical practiceson plants, in particularfor primary health care. 

 

“​​Teaching people how to appreciate indigenous medicine is more than just teaching them, ‘okay, ito maganda ang indigenous medicine, ‘wag niyo pagtawanan.’ Mababaw lang ito. You have to address people’s worldviews about other people as well. Not only that, but finding ways to make use of this knowledge to help our people,” Jocano explains.

 

Filipino scientists may be on the right track toward utilizing traditional medicinal plants used to treat diseases. At the University of the Philippines – Diliman College of Science (UPD-CS), researchers have discovered the potential of some medicinal plants as possible cures for cancer and neurodegenerative diseases.

 

Putak as a potential cancer cure

 

Cancer is the leading cause of illness and death worldwide. Recent statistics show 19.3 million new cases and 10 million cancer-related deaths in 2020 alone, accounting for nearly one in every six deaths worldwide. In the Philippines, 189 of every 100,000 Filipinos are affected by cancer, and four Filipinos die of cancer every hour, equivalent to 96 cancer patients every day.

 

UPD-CS Institute of Biology (IB) Science Research Specialist Regina Joyce Ferrer and her team discovered the potential of the Codiaeum luzonicum Merr. plant, known as putak in Filipino, in killing drug-resistant cancer cells without affecting healthy cells. Putak is commonly used by indigenous Filipino communities to treat stomach aches and binat.

 

Ferrer was inspired by our native biodiversity to research putak and its effect on cancer cells. “The Philippines is very biodiverse, ang dami nating endemic and native species. For example, itong putak, endemic siya sa Pilipinas. No one else in the world except us Filipinos will be likely to fully explore the bioactivity and the potentials of this plant,” she said.

 

She noted the plant’s capability under laboratory conditions to kill cancer cells, even normally drug-resistant ones, while leaving healthy cells alone. “Ang usual approach kasi is may pang-inhibit ng drug resistance tapos may kasabay na chemotherapeutic drug that can kill the cancer cells. But this plant [putak] can do both at the same time,” Ferrer explained, adding that cancer cells’ ability to develop drug resistance is one of the major hurdles to treating all kinds of cancers.

 

Philippine plants and neurodegenerative disease

 

Neurodegenerative diseases, such as Alzheimer’s Disease (AD), are becoming top public health concerns around the globe. In 2021 alone, the WHO listed 55 million cases of dementia worldwide, with AD comprising up to 70% of those cases. Scientists say that countries such as the Philippines need to implement premediated disease management to avoid the consequences of emerging dementia cases.

 

A group of scientists from the UPD-CS Institute of Chemistry (IC) led by Dr. Evangeline Amor identified ten plants from Northern Samar that could potentially be used as a treatment for Ad and other neurodegenerative diseases: leaves from the sinta (Andrographis paniculata (Burm. f.) Nees), atis (Annona squamosa Linn.), langka (Artocarpus heterophyllus Lam.), dollarweed (Hydrocotyle umbellata Linn.), and sampa-sampalukan (Phyllanthus niruri Linn.); stems from luya-luyahan (Curcuma zedoaria Rosc.) and dapdap (Erythrina variegata var orientalis Linn.); and bark from dapdap, balibago (Hibiscus tiliaceus Linn.), and santol (Sandoricum koetjape Merr).

 

Indigenous communities often use these plants to treat ailments such as fever, skin diseases such as boils and wounds, abscesses, dysentery, abdominal pain, cough, kidney stones, hepatic disorders, and ringworms.  

 

Of the ten plants studied, luya-luyahan and dapdap showed the most medicinal potential, as extracts from their bark and stems were particularly effective at inhibiting an enzyme that breaks down acetylcholine (ACh), a brain chemical that plays a major role in memory, learning, attention, and involuntary muscle movement. 

 

“The next step in the study is to establish the safety of the extracts and confirm their activity in a secondary or orthogonal assay,” Dr. Amor said. “After which, the non-toxic active extracts can then proceed to a drug-track wherein the active constituents are isolated and identified or an herbal-track wherein an herbal preparation or drug may be formulated.”

 

Combining traditional and modern medicine

 

Moreover, Jocano called for more public awareness, appreciation, and protection of endemic and native plants. “We should also be on guard about practices such as what has been called ‘biomining,’ in which corporations practically exploit or systematically harvest a particular territory ng mga plants nila, paying only a pittance to the indigenous peoples there, but depriving them of their resources.”

 

Exploring Philippine plants used in traditional medicine can help advance modern medicine. Treatments for various types of diseases may be just within people’s reach. But as always, we should take responsible advantage of the Philippines’ rich biodiversity.

 

“It has to be clear, it has to be ethical, and it has to be protective and promote and advance the indigenous peoples themselves. We have to work alongside the indigenous peoples and traditional healers to address what they feel they need,” reminded Jocano. Traditional and modern medicine are not separate entities; combining both practices might even be the answer to treating some of the world’s most notoriously incurable diseases. 

REFERENCES:


 

Acero, R. E., Sapico, C. A., Cui-Lim, K. M., & Amor, E. (2022). Bioprospecting of Philippine plants from Northern Samar with butyrylcholinesterase-selective inhibitory activity. Philippine Journal of Science, 151(5). https://doi.org/10.56899/151.05.33 

 

Dapar, M. L., Alejandro, G. J., Meve, U., & Liede-Schumann, S. (2020). Quantitative ethnopharmacological documentation and molecular confirmation of medicinal plants used by the Manobo tribe of Agusan del Sur, Philippines. Journal of Ethnobiology and Ethnomedicine, 16(1). https://doi.org/10.1186/s13002-020-00363-7 

 

Dominguez, J. C., Fowler, K. C., & De Guzman, M. F. (2020). In support of a national dementia plan: A follow-up study for dementia incidence and risk profiling in Filipino homes. Alzheimer’s & Dementia, 16(S10). https://doi.org/10.1002/alz.043294 

 

Ferrer, R. J. E., Ong, M. J. C., & Jacinto, S. D. (2022). Extract of codiaeum Luzonicum Merr. overcomes multidrug resistance in human colon cancer cells by modulating P-glycoprotein. Asian Pacific Journal of Tropical Biomedicine, 12(9), 400. https://doi.org/10.4103/2221-1691.354431 

 

Flores, A. M. V. (2022, April 8). Bird’s eye view: Cancer in the Philippines. National Nutrition Council. Retrieved February 27, 2023, from https://nnc.gov.ph/regional-offices/mindanao/region-xii-soccsksargen/7529-bird-s-eye-view-c ancer-in-the-philippines 

 

Sung, H., Ferlay, J., Siegel, R. L., Laversanne, M., Soerjomataram, I., Jemal, A., & Bray, F. (2021). Global cancer statistics 2020: Globocan estimates of incidence and mortality worldwide for 36 cancers in 185 countries. CA: A Cancer Journal for Clinicians, 71(3), 209–249. https://doi.org/10.3322/caac.21660 

 

World Health Organization. (2013). WHO traditional medicine strategy: 2014-2023. Geneva, Switzerland. 

 

World Health Organization. (2022, September 20). Dementia. World Health Organization. Retrieved from https://www.who.int/news-room/fact-sheets/detail/dementia

 

 


 

For interview requests and other concerns, please contact media@science.edu.ph

 

Art at the National Science Complex

Art at the National Science Complex

Published: February 13, 2023

By: Timothy James M. Dimacali

“People don’t usually think of scientists as artists, but much of what we do is shaped and informed by art—and vice versa,” said University of the Philippines – Diliman College of Science (UPD-CS) Dean Giovanni Tapang, touching on the various art activities taking place this February across the National Science Complex. 


Every year, by virtue of Presidential Proclamation No. 683 of 1991, National Arts Month (NAM) is held to fete artistic excellence and pay tribute to the uniqueness and diversity of Filipino heritage and culture. The UPD-CS joined the celebration this year with a slew of activities aimed at students, faculty, and the general public to inspire appreciation of the intersections of science and art.


“In a way, science is all about finding patterns in the world. Art enables us to discover, understand, and hopefully even utilize such symmetries. But conversely, and perhaps more importantly, art also helps us bring science to the public by making our discoveries more relatable and engaging,” Tapang explained.

For the entire month of February, the Institute of Biology is showcasing artworks by its students, faculty, and family at the IB Auditorium. Admission is free. (Photo credit: UPD-CS SciComm)

Celebrations at the National Science Complex took off even before NAM started, with the Institute of Biology (IB) celebrating its 37th anniversary last January 30 and 31 under the theme, “Isang Pagpupugay: Pagbubuklod ng Sining at Agham.” 

 

 

The anniversary celebration jumpstarted a February-long exhibit at the IB Auditorium featuring paintings by the Institute’s students, faculty, and family. A wide complement of talent is on display, from detailed anatomical drawings to whimsical slices of life. Also on display are intricate sketches of the Philippines’ many species of Rafflesia flowers. With over a dozen endemic species, the country is one of the world’s biodiversity hotspots for this striking flower, which can sometimes grow as large as a bedside table. The exhibit will be open to the public until February 28.

UPD-CS researchers and staff hone their improvisation skills to help improve their science communication skills. (Photo credit: PlayMD)

With NAM well underway, the Institute went on to organize a science communication workshop for the College’s researchers, faculty, and staff. Taking a page from theater and stage acting, the facilitators from training group PlayMD explored storytelling and improvisation techniques to help scientists connect better with the public.

 

The UPD-CS will be capping the NAM celebrations with a free public webinar entitled, “Intersections: How scientists use art to explore the world” on February 24. It will feature a variety of scientists involved in the arts, with topics including watercolor painting and plant morphology through the eyes and hands of a scientist-painter; musings on the inner lives of starfish from a marine biologist; chemistry and colors in the context of local textiles and fabrics; and the synergies of art, science, and innovation.

 

For more information on the ongoing IB art exhibit, please contact Dr. Jessica Rey at jdrey@up.edu.ph

 

To register for the upcoming art and science webinar, please visit https://bit.ly/CSIntersection

 

For interview requests and other concerns, please contact media@science.upd.edu.ph

 

Rotary Golden Wheel Award for Supporting Education

The UP Diliman College of Science congratulates Dr. Maria Corazon A. De Ungria on receiving the Rotary Golden Wheel Award for Supporting Education.

 

For many years, Dr. De Ungria has been a staunch advocate of the power of molecular and forensic science to uplift Filipino lives. Her tireless efforts not just to raise public awareness and appreciation but more so to increase Filipinos’ capability to pursue these and other scientific fields has made her a beloved mentor and source of inspiration to many.

UP scientists eye nationwide wastewater monitoring for COVID-19, other diseases

UP scientists eye nationwide wastewater monitoring for COVID-19, other diseases

Published: January 23, 2023

By: Marie Asheidee M. Masayon

Dr. Dann Marie Del Mundo, Project iWAS lead, talks about the challenges of designing a wastewater-based surveillance system for COVID-19. She and her team underscored the potential of WBE for monitoring public health across the Philippines.(Photo credit: Shedy Masayon, UPD-CS SciComm)

Researchers from the University of the Philippines (UP) are positing the use of wastewater-based epidemiology (WBE) to aid with public health. They presented their findings to the public on January 19.

 

During the COVID-19 lockdowns in 2020, Dr. Caroline Marie Jaraula of the UP Diliman College of Science’s Marine Science Institute (MSI) and Dr. Lyre Murao of UP Mindanao were already conducting water quality research in the Davao region and decided to expand into WBE, or the analysis of biological and chemical markers in wastewater to provide information on public health. Dr. Jaraula and Dr. Murao worked with scientists and researchers from UP Mindanao and UP Manila including Dr. Emmanuel Baja, Dr. Vladimer Kobayashi, Dr. Dann Marie Del Mundo and Maria Catherine Otero. The collaboration resulted in multiple studies that underscore the value of wastewater research in public health surveillance.

 

Invaluable detection tool for COVID-19

 

In her presentation of their published study, Multifaceted Assessment of Wastewater-Based Epidemiology for SARS-CoV-2 in Selected Urban Communities in Davao City, Philippines: A Pilot Study, Dr. Del Mundo explained how WBE research can provide effective and faster analysis of community-level COVID-19 infection using fewer resources.

 

“Clinical monitoring, such as RT-PCR testing, and contact tracing are limited in the early detection or prediction of community outbreaks and can be logistically demanding and expensive when applied to a large population,” Dr. Del Mundo said.

 

Wastewater samples from six Davao City barangays contained a high volume of SARS-CoV-2 RNA genetic material even though the barangays were classified as having a low risk of COVID-19 transmission and no reports of new infections. The RNA found in the wastewater “may have also come from pre-symptomatic, asymptomatic, or symptomatic individuals who did not self-report to their local health monitoring unit,” according to the researchers.

 

Otero further elaborated that the virus RNA was detected in 22 out of 24 samples (91.7%) regardless of the presence of new COVID-19 cases in those areas, echoing similar trends in COVID-19 cases reported via standard clinical surveillance. “Danger of reinfection due to wastewater research will not be an issue because the virus is already dead in the water. They can still be detected because of the RNA, but they are no longer infectious,” Otero assured.

 

Urging government adoption of WBE

 

The researchers urged the Philippine government to consider WBE as a powerful and cost-effective tool for public health surveillance. 

 

“Detecting RNA in wastewater could help LGUs forecast what barangay are at risk and may need closer monitoring, rather than a blanket lockdown,” said Dr. Jaraula. “We should consider this as science-based tools to determine which barangay is more susceptible.”

 

The team has expanded its efforts to look at other possible beneficial uses of WBE. With funding from the Department of Science and Technology Niche Centers in the Regions for R&D (DOST-NICER), they have expanded their work into other areas through the Integrated Wastewater-Based Epidemiology and Data Analytics for Community-Level Pathogen Surveillance and Genetic Tracking (iWAS) Project. 

 

The team is expected to publish further findings on WBE within the year, and are also looking to conduct similar research in other highly urbanized areas outside of Davao City.

The researchers of Project iWAS are looking at more ways to monitor public health through wastewater analysis. (Photo credit: Dr. Dann Del Mundo)

REFERENCES:


 

Otero, M.B. et al (2022). Multifaceted Assessment of Wastewater-Based Epidemiology for SARS-CoV-2 in Selected Urban Communities in Davao City, Philippines: A Pilot Study. Int. J. Environ. Res. Public Health 2022, 19(14), 8789; https://doi.org/10.3390/ijerph19148789 

 


 

Links to presentations:

 

https://www.youtube.com/watch?v=y-8S0xbgaSU

https://www.youtube.com/watch?v=1Buh6_XFoh4

https://www.youtube.com/watch?v=8oK_N_pWykY

 


 

For interviews and further information, please email Ms. Shyrill Mae Mariano (smariano@msi.upd.edu.ph).

 

For other inquiries, please contact media@science.upd.edu.ph.

Uncertain future looms for Philippine, Southeast Asian mangroves

Uncertain future looms for Philippine, Southeast Asian mangroves

Published: January 17, 2023

By: Marie Asheidee M. Masayon and Eunice Jean C. Patron

A comprehensive survey of over 300 mangrove studies across the Philippines and the rest of Southeast Asia (SEA) has found large gaps in our understanding of the current and future state of these already dwindling natural resources, according to scientists from the University of the Philippines – Diliman College of Science (UPD-CS).

Even ten years after Super Typhoon Yolanda (Haiyan) in 2013, the mangroves of Lawaan and Balangiga in Eastern Samar remain a desolate wasteland. (Photo credit: Dr. Severino Salmo III)

The Philippines is the second worst country in the Association of Southeast Asian Nations (ASEAN) in terms of mangrove losses: it suffered a 10.5% decline between 1990 and 2010, according to independent studies included in the survey. It is surpassed only by Myanmar, which suffered a 27.6% loss between 2000 and 2014.

 

Less than a decade left

The findings are a stark wake-up call, given the international declaration of the years 2021 to 2030 as the UN Decade on Ecosystem Restoration, aimed at preventing, stopping, and reversing the degradation of ecosystems worldwide. With the countdown well underway, the comprehensive survey undertaken by UP Ph.D. Biology student Maria Elisa Gerona-Daga and Institute of Biology Associate Professor Dr. Severino Salmo III of existing mangrove restoration research helps identify ways to achieve the SEA region’s restoration targets and safeguard their biodiversity.

 

The pioneering study is the first of its kind in SEA. Entitled “A systematic review of mangrove restoration studies in Southeast Asia: Challenges and opportunities for the United Nation’s Decade on Ecosystem Restoration,” it provides a systematic and quantitative synthesis of 335 mangrove restoration studies in the region that were published before February 2022. The investigation has also identified regional successes and failures in mangrove restorations.

 

Five priority topics were suggested by Gerona-Daga and Salmo for improving the science and practice of mangrove restoration towards realizing the UN’s targets for 2030: restoration areas and methods; mangrove restoration in climate change adaptation and mitigation programs; monitoring recoveries of biodiversity and ecosystem services; policies, governance, and community engagement; and strengthening of the ASEAN network.

The Avicennia-dominated planted mangroves in Ormoc, Leyte (left) and recolonized abandoned fishponds in Mindoro (right) show the potential and limitations of mangrove restoration. (Photo credit: M.E. Gerona-Daga and J. R. Navidad)

Restoration and climate change adaptation

The researchers propose to add more mangrove faunal and floral species as bases for selecting and prioritizing sites for restoration, thereby furthering the UN’s biodiversity goals and potentially generating useful data on genetic diversity. The approximately 3,000-square-kilometer  restorable area across SEA, as estimated by University of Cambridge researchers in 2018, should also be earmarked and ground-truthed for each country to determine suitable restoration sites. Assessing the economic and policy impacts of restoration in places that are also being considered for human settlement and reclamation will help governments create realistic and sustainable plans, Gerona-Daga and Salmo added.

 

As a region vulnerable to natural disasters such as typhoons and tsunamis, restoration programs should be designed to adapt to and mitigate climate change impacts. Technological innovations for science-based green-gray coastal engineering are critical for facing changing climatic conditions.

 

The researchers underscored the increasing need for mangroves’ adaptability to climate change. This, in turn, creates the need for new technologies and innovations that can fast-track the sustainable recolonization of mangroves.

 

Monitoring biodiversity recoveries, ecosystem services

Gerona-Daga and Salmo also point out the problems with data monitoring in mangrove restoration projects, particularly the lack thereof and the tendency of short-term monitoring to misinterpret findings. They also mentioned that while traditional monitoring methods such as transecting and plotting are crucial in assessing biodiversity, institutions should use more efficient and cost-effective monitoring methods such as environmental DNA (eDNA) and remote sensing. 

 

Although vegetation metrics may be easier to measure and reflect mangrove traits that recover faster, the researchers note that correlating these metrics with ecosystem services will be more strategic in quantifying restoration effectiveness. The researchers also advise conducting a comparative assessment of biodiversity and ecosystem services among intact, disturbed, and restored mangroves to shed light on restoration trajectory patterns.

 

Strengthening government interventions

The study suggests potential government policies to support continued research and community involvement in mangrove monitoring. Southeast Asian collaborations are essential in sustaining regional mangrove protection: establishing and strengthening partnerships with neighboring countries will enable the region to form unified goals and facilitate more sustainable restoration measures. Sharing knowledge and other resources in the SEA region can also benefit countries with limited mangrove restoration research.

 

To this end, Gerona-Daga and Salmo propose an ASEAN journal focused on mangrove restoration, conservation, and management composed of a multinational scientific editorial board to share mangrove research to a wider platform efficiently and ultimately contribute to effective restoration practices.

 

“Our study aims to provide suggestions in line with international commitments of ASEAN-member countries,” says Salmo. “The pressing need is to establish and consistently monitor the state of the mangroves for each country, protect mangroves through biodiversity conservation programs, and more importantly, to stop or limit coastal reclamation projects,” he further explains.

 

Furthering collaboration among mangrove researchers

Gerona-Daga and Salmo expect to conduct another study as a follow-up to their September 2022 publication. They aim to spark deeper collaboration among mangrove researchers all over the region towards sharing recommendations and regular tracking of the progress of mangrove conservation and restoration programs. 

 

The UN Decade on Ecosystem Restoration is a perfect opportunity to underscore the urgency of mangrove restoration. Mangroves provide a long list of ecological and socio-economic benefits, so much so that the International Union for Conservation of Nature (IUCN) refers to them as nature’s superheroes because they not only provide livelihood and habitats to animals but also mitigate climate change and reduce the impacts of storms and other natural disasters. 

REFERENCES:


Gerona-Daga, M. E., & Salmo, S. G. (2022). A systematic review of Mangrove Restoration Studies in Southeast Asia: Challenges and opportunities for the United Nation’s decade on Ecosystem Restoration. Frontiers in Marine Science, 9. https://doi.org/10.3389/fmars.2022.987737

 


 

For interviews and further information, please email Maria Elisa B. Gerona-Daga (mbgerona@up.edu.ph) or Dr. Severino G. Salmo III (sgsalmo@up.edu.ph).

 

For other inquiries, please contact media@science.upd.edu.ph.

UPD-CS develops automated environmentally-sustainable campus

UPD-CS develops automated
environmentally-sustainable campus

Published: January 17, 2023

By: Eunice Jean C. Patron

Communities across the Philippines could become more environmentally sustainable, thanks to the University of the Philippines – Diliman College of Science (UPD-CS) spearheading the use of automated environmental monitoring technology and regular environmental testing procedures for possible deployment nationwide.

The AirboxSense is one of several automated air quality sensors deployed within the National Science Complex by the IESM. UPD-CS scientists are looking at the feasibility of rolling out similar initiatives nationwide. (Photo credit: Eunice Jean Patron)

At the behest of UPD Chancellor Fidel Nemenzo, who prioritized the protection and preservation of UPD’s natural environment in his vision for the campus, the UPD-CS led other colleges and institutions in the University in setting up sophisticated sensors for keeping an eye on the environment around the clock. The Chancellor appointed the multi-sectoral Task Force on Environmental Sustainability (TFES) to create environmental action points for a possible model for a green campus, which could then serve as the prototype for green spaces nationwide.

 

Real-time environmental monitoring 

 

Two key action points determined by the expert team are the deployment in the UPD-CS’ National Science Complex (NSC) of the AirboxSense system for real-time air quality reporting to the general public, and the establishment of an air and water quality monitoring network with the Diliman Environmental Management Office. 

 

The AirboxSense was co-developed by UP and foreign university partners with funding from the Asia-India Science, Technology, and Innovation Cooperation (AISTC). “Air quality monitoring using AirboxSense in the NSC started in August 2022. It’s an initiative between the Philippines, Malaysia, and India to put up these monitoring devices for air quality control,” explained Dr. Mylene Cayetano, a professor at the UPD-CS’ Institute of Environmental Science and Meteorology (IESM), a member of the UPD TFES, and the Philippine Principal Investigator for the AISTIC.

Aside from deploying automated air quality sensors, the UPD-CS also developed water testing procedures to regularly monitor the University’s creeks and streams. (Screengrab via UPD-CS Facebook page)

To complement the AirboxSense data, the IESM undertakes regular monitoring of the University’s various creeks and streams: water samples are collected at least once a month and analyzed in the laboratory to assess factors such as the presence of excessive nutrients and suspended solids, irregular pH, and alkalinity, among other parameters.

 

Towards a solar-powered campus

 

The UPD-CS also aims to lessen its ecological footprint through solar power installations throughout the NSC. By considering the optimal size and placement of solar panels, Dr. Cayetano and her colleagues were able to determine the best ways to address the campus’ energy needs. Solar panels can save energy for the UPD-CS by lessening the dependency on fossil fuels during the daytime.

 

“Together with UPD-CS scientists Dr. Lillian Jennifer Rodriguez and Ms. Jelaine Gan, we calculated the area ng lahat ng rooftop ng CS buildings. We determined the surface area of the rooftops facing south. Then we proposed how many solar panels we need to install in CS para hindi na tayo dependent sa fossil fuels, and eventually we will transform into an efficient campus,” said Dr. Cayetano. “UPD-CS Dean Giovanni Tapang presented this idea to Chancellor Fidel, and it aligns with the Chancellor’s initiative to make UPD an environmentally-sustainable campus,” she added.

 

Deployment beyond UP

 

Going beyond the confines of the University, the UPD-CS, and the IESM collaborated with the Rotary Club of Makati on a system that reports real-time data on air quality via the Airtoday.ph website. The system was also initially designed to record and display air quality data on other areas outside the UPD, including the Lung Center of the Philippines and EDSA Muñoz.

 

“Picking up from this initiative, nagkakaroon ng other initiatives pa towards a smart campus and environmental sustainability,” Dr. Cayetano said. She cited the UPD Electrical and Electronics Engineering Institute (EEEI) for helping automate the AirboxSense through the UP Center for Air Research (UP CARE) program. Dr. Cayetano also highlighted the Robust Optical Aerosol Monitor (ROAM) developed by Dr. Len Herald Lim of the Institute of Chemistry, which could be deployed outside UPD in the future.

 

Aiming for nationwide deployment 

 

Dr. Cayetano believes that these projects are of nationwide significance: the information they gather and the data they record will greatly help organizations and institutions across the country in finding solutions to environmental issues. “These [information and data] will eventually tell the numbers. Nasaan na tayo? Nasaan ‘yung baseline? Ano ‘yung emissions natin noong walang activities dahil sa pandemic? Ano naman ‘yung increase ng emissions noong nagkaroon ng activities such as face-to-face classes and the opening of the UPD campus and offices? By knowing these, we know where to stand. By knowing those numbers, we will know how to manage the impacts on the environment of such activities.”

 

Through these and other initiatives, UPD’s TFES is spearheading the creation of tailor-fit approaches to environmental challenges that can be implemented outside the campus. Data collected from these initiatives can also be used by local governments and other decision-makers in managing localized environmental activities.

For interview requests and more information on UPD-CS’ automation and environmental monitoring initiatives and the TFES, please contact Dr. Mylene Cayetano at mcayetano@iesm.upd.edu.ph

 

For other inquiries, please contact media@science.upd.edu.ph 

Sulong-Agham multilingual children’s book launched at UPD-CS

Sulong-Agham multilingual children's books launched at UPD-CS

Published: January 11, 2023

By: Eunice Jean C. Patron

The newly-launched Sulong-Agham series of multilingual children’s books aims to inspire Filipino children to pursue science, technology, engineering, and mathematics (STEM) by showcasing the lives and work of Filipino scientists.

Professor emeritus and “Doktor ng Dagat” author Dr. Rosario Torres-Yu (fifth from left) is joined by UPD-CS MSI marine scientist Dr. Deo Onda (4th from left) and UPD-CS dean Dr. Giovanni Tapang (6th from left) at the Sulong-Agham book series launch at the UPD-CS Admin Building, December 12. Looking on are (L to R) SSI vice president Prof. Jose Monfred Sy, DFPP chair Prof. Schedar Jocson, UPD-CAL dean Dr. Jimmuel Naval, UPD-CS SAPA associate dean Dr. Lillian Rodriguez, UPD-CS MAPA associate dean Dr. Eizadora Yu, UPD-CS FARM associate dean Dr. Marian Roque, and SSI president Cheeno Marlo Sayuno. Photo credit: Andro Sampang

Born out of a collaboration between the UP Diliman College of Science (UPD-CS) and non-profit organization Supling Sining, Inc. (SSI), together with the UP Diliman College of Arts and Letters Departamento ng Filipino at Panitikang Pilipino (UPD-CAL DFPP), Sulong-Agham was successfully launched last December 12 at the UPD-CS Admin Building.

 

Limited signed copies of the first book in the series, “Ang Doktor ng Dagat,” were given out at the event, which was graced by the author, former UPD-CAL dean and professor emeritus Dr. Rosario Torres-Yu; and the titular subject of the tome, pioneering oceanographer and marine scientist Dr. Deo Florence Onda of the UPD-CS’ Marine Science Institute (MSI). Written in Filipino, Cuyonon, and English, the storybook touches on Dr. Onda’s life and work as the first Filipino and one of the first humans ever to explore Emden Deep in the Philippine Trench  — the third deepest place in the world’s oceans. 

 

Following the successful launch of this first volume, Dr. Torres-Yu announced that the next title in the Sulong-Agham series will tackle the life and work of famed Filipino biologist Leonard Co.

Sulong-Agham logo
The Sulong-Agham book series on the lives and work of Filipino scientists, available in Filipino and other languages.

Dr. Torres-Yu also talked about how “Doktor ng Dagat” began as a passion project during the pandemic. It was, for her, a creative spark of hope at a time when it was most needed: “Sa karanasan kong ito, lalong lumakas ang paniniwala ko na ang malikhaing imahinasyon ang naging sagwan ko sa pag-gaod sa dagat ng takot, kawalang pag-asa, at lungkot upang matuklas ko ang misyong lumikha ng mga kuwentong magbubukas sa mga batang Filipino sa mundo ng agham.”

 

Meanwhile, Dr. Onda fondly recalled how he all but stumbled into becoming a scientist, initially pursuing a biology degree as the first step to fulfilling his parents’ wishes for him to become a medical doctor. However, he quickly discovered that his interests were elsewhere: “Habang nagba-Biology, doon ko narealize na hindi biyolohiya ng tao ang gusto ko. Isang araw, sumulat ako sa mga magulang ko. Sabi ko sa kanila na hindi na ako magmemedisina. Gusto ko na lang ituloy ang pagiging biyolohista, at maging isang marine biologist pagkatapos.”

 

He also looked back on the thrill of his adventure in Emden Deep. It was a scary once-in-a-lifetime experience that he just couldn’t pass up: “Ilang beses lamang ba nagiging balita ang isang siyentipiko? Ilang beses lamang ba nagiging kuwento sa buong bansa ang kuwento ng isang siyentista? Napakalimitado. Napakakaunting panahon. Napakakaunting oportunidad.”

 

But Dr. Onda quickly added that the real story at the heart of “Doktor ng Dagat” is much bigger than himself; it’s about the liberation and empowerment that comes from following a dream. “Sinasabi ko po lagi, ‘yung kuwento ng Emden Deep, mas malayo pa siya sa kuwento ko. Kuwento ‘to ng mga batang nangarap, nangangarap, at tinutupad ang mga pangarap nila. Sana ‘yung kuwento ng Doktor ng Dagat ay maging inspirasyon ng mga batang wala masyadong oportunidad sa buhay. Sana maging daan rin siya para mangarap sila at ‘yung mga taong tutulong sa kanila ay maging inspired rin para tulungan sila.”

 

UPD-CS Dean Giovanni Tapang wrapped up the launch by highlighting the rarity of children’s books that feature scientists, and his hope that the Sulong-Agham book series could help children see scientists in a more positive light.  “Importante na magkaroon tayo ng mga ganitong klaseng libro para bigyan ng ibang klaseng pagtingin ang mga kabataan natin na maganda maging isang siyentista, mag-aral ng agham, kasi ito ang kailangan natin sa ating lipunan ngayon.”

For partnership and sponsorship inquiries, please contact China Pearl de Vera at chinapearldevera@gmail.com. For interviews and other media requests, please contact media@science.upd.edu.ph

 

The full proceedings of the book launch can be found here: ​​https://www.facebook.com/UPDScience/videos/829153225012586