SDG 15: Life on Land
Growing with Nature: Flourishing Life on Land and Biodiversity
Growing with Nature: Flourishing Life on Land and Biodiversity
The Department of Biological Science of the College of Science and Mathematics (CSM) in collaboration with the WE CARE Office hosted a lecture-seminar entitled “A Greener Iligan for a Sustainable Future: Conserving Local Flora for Carbon Sequestration and Climate Change Mitigation” last October 28, 2024.
The main objective of the lecture is to educate and engage the community, particularly policymakers, mentors, students, and other stakeholders, about the essential role that local flora plays in combating climate change.
Three key lectures were presented:
1. Lecture 1: Benefits of Trees for Livable and Sustainable Communities, by Asst. Prof. Christina A. Barazona-Cuevas, highlighted the ecological and social benefits of integrating greenery into urban spaces.
2. Lecture 2: Inventory of Plants in Urban Green Spaces and Its Implications for Conservation, by Asst. Prof. Muhmin Michael E. Manting, emphasized the need for comprehensive plant inventories to aid conservation efforts.
3. Lecture 3: Importance of Carbon Stock Assessment in Mitigating Climate Change, by Asst. Prof. Jaime Q. Guihawan, focused on the significance of carbon stock assessments to inform climate resilience strategies.
By the end of the seminar, attendees had acquired both academic knowledge and practical advice on how to apply sustainable practices in Iligan City. The occasion underlined that community dedication to protecting local flora for future generations, continuous scientific evaluation, and teamwork are necessary to create a greener and more resilient Iligan.
INITIATIVE IN SELECTED PUBLIC SCHOOLS IN ELEMENTARY TO SENIOR HIGH SCHOOL OF ILIGAN CITY
The project's main goal is to clearly communicate the importance of indoor environmental quality in schools and how it directly affects students' educational experiences. By holding interesting educational sessions at a few chosen schools, the project sought to increase awareness of the value of a healthy environment for learning. Iligan City National High School, Kalubihon High School, Iligan City East National High School, Tambo Elementary School, Ditucalan Elementary School, and Del Carment Integrated School.
The project assessed and contrasted the indoor environmental quality elements of the chosen public school classrooms in Iligan City's urban and rural areas, including indoor air quality, thermal comfort, acoustic comfort, and visual comfort. To share information and findings about the current indoor environmental conditions in the evaluated urban and rural schools of Iligan City, the research team held a symposium at MSU-IIT.
TUBAJON EMBRACES STINGLESS BEEKEEPING FOR A SUSTAINABLE FUTURE
Tubajon, Dinagat Island – In the heart of Barangay Navarro, a quiet hum of excitement replaced the usual sounds of rural life on June 4, 2025. This wasn't just the sound of nature; it was the sound of a new beginning. Twenty-one eager participants from across the municipality gathered for a groundbreaking "Training-Workshop on Stingless Beekeeping," an initiative set to transform local livelihoods and champion environmental stewardship. Stingless bees, often overlooked compared to their honeybee cousins, are tiny powerhouses of ecological and economic potential. They are vital pollinators, playing a key role in maintaining biodiversity and boosting the yields of agricultural crops. Beyond their environmental contribution, these gentle insects produce high-value products like honey, propolis, and pollen, which are prized for their health benefits and market value.
Recognizing this potential, a recent survey identified several barangays in Tubajon with a notable number of native stingless bee colonies. This discovery sparked an innovative extension project designed to empower a community whose income traditionally relies on farming, fishing, and mining.
"This initiative is about weaving sustainability into the fabric of our community," explained a project coordinator. "By integrating stingless beekeeping into our agricultural practices, we are not just creating a new source of income; we are investing in our environment. It’s a win-win for both our people and our planet."
From Theory to Hive: A Day of Hands-On Learning
The training-workshop was a comprehensive blend of theory and practice, ensuring participants were equipped with the knowledge and skills to succeed. The day began with an informative lecture delving into the fascinating biology of stingless bees, highlighting their irreplaceable ecological role and the economic opportunities they present. Participants learned how this gentle form of beekeeping aligns perfectly with agroforestry and conservation efforts, supporting climate-resilient farming.
Seeding a Sustainable Enterprise
To ensure the immediate application of their new skills, the project provided robust support. Each participant received a starter kit, including a beehive box and essential protective equipment, giving them the tangible tools needed to start their own bee farms right away. The project’s goals extend far beyond a single day of training. It aims to provide continuous assistance, helping new beekeepers navigate local markets to sell their honey, bee pollen, and other derivatives. This end-to-end support—from training to market— ensures that beekeeping can become a viable and sustainable livelihood.
A Community Poised for Positive Change
The successful training-workshop in Barangay Navarro marks a significant first step toward a brighter, more sustainable future for Tubajon. The 21 participants left not just with new equipment, but with new hope and a renewed sense of purpose. As these new beekeepers establish their hives, they are becoming active guardians of their local ecosystem. Their work will enhance pollination, increase biodiversity, and create a new, nature-positive stream of income. The humble stingless bee, once just a part of the background, is now at the forefront of Tubajon’s journey toward socioeconomic and environmental wellbeing, proving that sometimes, the smallest creatures can generate the biggest impact.