Information of the Short-listed
Teen Category
No.A1
Team's Name：Ocean Lovers
School：Hsinchu International Academy
Proposal introduction
We made a digital website where anyone can sample a digital version of our project. We will provide a fundamental overview of ocean biodiversity, ocean culture, and contemporary challenges that are contributing to the current ocean catastrophe on the website. /we decided to write our own children's storybooks to teach the next generation about this subject. We figured that if we just write and try to publish these books, it would take a while for people to actually locate these series, and it is often time-consuming; therefore, we plan to volunteer at remote schools or orphanages to educate these little kids about the ocean through a tiny ice-breaker, storytelling.
No.A2
Team's Name：The Chosen Trio By Heron
School：Taipei WEGO Private Senior High School、Australia Brisbane Boys' College
Proposal introduction
A unique device called Heron's Fountain has been created to circulate water and approach a state of perpetual motion. Heron’s Fountain uses the principle of water displacement and air pressure to create a device that approaches a perpetual situation. This device allows hydroelectric generators to be used without any restrictions on location and terrain and also solves the problem of too much carbon dioxide emissions or even global warming.By utilizing AI technology, we can input various variables and parameters into the AI model, such as water speed, pipe or straw height, and rotational speed of hydroelectric generators. This will help us find the best conditions and the most efficient way of our Hydroelectric Heron's Fountain.
No.A3
Team's Name：WeHackers
School：Kaohsiung American School、Northwood High School
Proposal introduction
Combining satellite imagery analysis with unmanned aerial vehicle (UAV) technology, our solution swiftly identifies areas potentially affected by ecological degradation or other issues through satellite image analysis. Utilizing UAV technology, we conduct precise and efficient visual monitoring and data collection in these areas. Our system operates in real-time, allowing immediate transmission of analysis results to relevant personnel for swift action to protect marine ecosystems. This integrated approach not only enhances monitoring efficiency and accuracy but also significantly reduces human and resource costs.
No.A4
Team's Name：東澳本海默
School：National Chutung Senior High School、Keelung Municipal Anle Senior High School
Proposal introduction
We discussed the challenges concerning the scheduling conflicts between fixed-net fishing activities and tourism in the Dong'ao fishing village, as well as the issue of population loss. Finally, we proposed two improvement and solution strategies. Firstly, designing local tourism brochures aiming to introduce visitors to the local culture and ambiance. Secondly, creating small games that incorporate local characteristics to increase tourists' interest in the Dong'ao area while enhancing their awareness of marine conservation. This proposal emphasizes the focus on and protection of the Dong'ao region, aiming to achieve sustainable economic and community development through promoting tourism industry growth. Furthermore, it aims to raise awareness of marine conservation among tourists, promote the concept of harmonious coexistence between humans and the marine environment, and drive public engagement in ocean conservation and the revival of coastal ecosystems.
No.A5
Team's Name：航向蔚藍海洋一「同」追「竹」黑潮中的邪惡漂流者
School：National Chutung Senior High School、Pingtung DaTong Senior High School、Municipal Youchang Junior High School
Proposal introduction
Our team has developed a visualization kit to illustrate how plastic debris breaks down into nearly invisible particles in the water, potentially absorbing toxins and exacerbating ocean pollution. This kit serves as an educational tool to raise public awareness about ocean issues. Furthermore, to address the marine litter crisis, the team initiated a project encouraging public participation in beach cleanups. Their Sea Drift Exchange application simplifies marine debris classification and facilitates data compilation on Taiwan's marine debris. Participants are motivated through virtual badges, which can be exchanged for related items or discounts. The application also features a science station providing information on toxic substances released by marine debris. These initiatives collectively aim to enhance the marine ecosystem and promote environmental protection. By implementing these proposals, the team hopes to elevate public consciousness about environmental preservation, improve societal conditions, and strike a balance between tourism and environmental concerns.
No.A6
Team's Name：Coral Reef Gardians
School：Pacific American School、Taoyuan Junior High School 、Taipei Fuhsing Private School、Hsinchu International School
Proposal introduction
This proposal addresses escalating ocean acidity in Kenting causing large scale bleaching events.Our project aims to mitigate rising ocean acidity and facilitate optimal conditions for coral reefs and marine life.This proposal introduces an underwater unmanned vehicle equipped with pH sensors and capability to plant aquatic vegetation. Regular data collection allows assessing intervention effectiveness and highlights necessary adjustments. This proposal utilizes two primary plant species, eelgrass and kelp, known as natural carbon dioxide absorbers through photosynthesis.
Youth Category
No.B1
Team's Name：SeaHeart Clique
School：Universiti Malaysia Terengganu
Proposal introduction
We aim to design our prototype which detects, senses, monitors, cleans up and sorts floating plastic debris in the ocean focusing on coastal areas which are named EcoSweep ProClean Vortex. This design is incorporated with a Global Positioning System (GPS) which receives the signal or command to move the EcoSweep ProClean Vortex according to the track and coordinates which are predetermined, vision camera with 360o rotation which is fitted with an image detection sensor that detects the floating plastic debris and sends the data through remote sensing of satellite with the aid of IoT and 5G. This prototype model is also incorporated with AI technology which enables the EcoSweep ProClean Vortex to clean up the floating plastics through suction and vacuum pressure. With AI technology, this EcoSweep ProClean Vortex also sorts the plastics suctioned according to the types of plastics: PET, HDPE, PVC, LDPE, PP, PS, and Other plastics. This idea brings a new approach towards the sorting and recycling of the plastic debris according to their types which is efficient as the plastic debris can be cleaned up from the ocean as well as is made sure that they are properly recycled to not cause any further pollution on the land.
No.B2
Team's Name：國際根與芽團隊 / International Roots and Shoots team
School：Chang Jung Christian University、National Taiwan University
Proposal introduction
Engaging in citizen science through Photo ID identification of individual green sea turtles, we conduct ecological surveys and removal of marine debris on representative turtle habitats in Taiwan, particularly in the coastal region of Xiao Liuqiu. We then utilize this marine debris to create Marine debris art of green sea turtle Photo ID, thus raising awareness about marine pollution. Additionally, we promote the world's first "Green Sea Turtle Face Identification App," developed by our team, to facilitate data exchange and collaboration among international teams conducting sea turtle surveys and conservation efforts across continents, including the Americas (Belize), Asia (Taiwan), and Africa (Tanzania). Through this initiative, international students studying in Taiwan learn about citizen science and civic engagement models, which they can implement in their home countries for environmental, community, or wildlife conservation efforts, fostering global advocacy and collaboration in marine citizen science.
No.B3
Team's Name：神奇海綿
School：National Taiwan University、National Pingtung University
Proposal introduction
We present a novel and scalable Solar Thermal Matrix (STM) nanocomposite, engineered via microplasma technology, that demonstrates exceptional capability in co-energy production, features a sophisticated porous architecture, resistance to salt fouling, substantial photostability against salt accumulation and negatively charged ion channels, and notably achieves an evaporation rate of 4.3 kg m-2 h-1 with a desalination efficiency of 94.7% under sunlight-simulated conditions, yielding a potential voltage output of about 200 mV. In a 24-hour seawater trial, the nanocomposite exhibited a water collection rate close to 30 kg m-2 and generated approximately average 120 mV, highlighting its potential to satisfy daily personal energy needs. Also, this system integrates an energy self-monitoring that autonomously co-produces potable water and electricity from renewable sources, providing sufficient energy for microelectronic devices. This study may offer valuable insights into the design and simulation of multidimensional (micro- Å scale) nanomaterials, as well as photothermal nanoevaporators, laying foundational design principles for molecular design leadership in the domains of clean water production, energy generators, energy in-situ sensing, and energy solutions.
No.B4
Team's Name：Team Ocean Microplastics Detection
School：National Taipei University of Technology、Chang Jung Christian University
Proposal introduction
The research objective of this project is to propose a device for detecting microplastics in water bodies such as the ocean using optical methods. This device improves upon the current prevalent mode of collecting samples and bringing them back to the laboratory for analysis by being portable to water bodies, and even capable of being deployed in water bodies for IoT monitoring. For this purpose, our team has designed a webpage for monitoring the data collected by the device deployed in water bodies. The hardware of this project's device applies the principle of Raman spectrometer optics, using a 405nm laser as the light source, focusing on a glass tube containing water with microplastics, and obtaining scattered light using dark-field imaging principles. The scattered light is converged by a convex lens, passes through a slit to a DVD grating for spectral separation, and is finally received by a CCD. The aforementioned optical path has been simulated using ZEMAX. Images captured by the CCD can be visualized as spectra through software processing, which can then be compared qualitatively and quantitatively with data obtained from practical experiments using a Raman spectrometer conducted by our team
No.B5
Team's Name：Master Ocean
School：Kyushu University、National Taiwan Ocean University
Proposal introduction
Our team proposed on the use of Unmanned Underwater Vehicle (UUV). Its main purpose is to detect biological invasion and microplastic pollution in the ocean. We aim to design this UUV such that it can provide a more preventive measure rather than solely curative for the problem. This can be said as we wish to enhance information collection on biological invasion, such that handling of the situation can be done before any harm to the invaded species arises. Meanwhile for the microplastic pollution problem, the detection and removal of pollutants is known to be challenging, such that documentation and real time recording of the situation underwater can be helpful.
No.B6
Team's Name：與卵
School：National Taiwan Ocean University
Proposal introduction
Nowadays, the number of fishing boats catching flying fish roe has significantly reduced. With the decline of the flying fish roe industry, the younger generation in the local community has limited awareness of it. This proposal aims not only to implement regional revitalization but also to align with the United Nations Sustainable Development Goals (SDGs), including Quality Education (SDGs 4), Sustainable Cities and Communities (SDGs 11), and Life Below Water (SDGs 14). Our team hopes to integrate Generative AI and Augmented Reality (AR) technologies, creating an augmented fusion of virtual and real-life scenarios, using technology to raise awareness of the importance of regional revitalization in an engaging and immersive way. The goal is to attract attention to the flying fish roe industry. Additionally, our team aims to promote the application for a Geographical Indication certification, promoting the flying fish roe industry in the Badouzi area and establishing a high-quality image. Finally, by combining with the University Social Responsibility (USR) project, we plan to lead students from regional revitalization classes to experience and participate in the outcomes of this project. Through impact evaluation, tracking feedback, and encouraging students to share their experiences in international exchanges, we also aim to address regional revitalization issues on an international level. The hope is that through this proposal, economic development in the local area and awareness of cultural preservation can be improved.