
Experimental Marine Ecology Laboratory
@emel_nus
Marine lab @NUSingapore that uses novel experimental approaches to research urban marine systems. Led by A/P @DrPeterTodd
ID: 1106838597166989314
https://sites.google.com/view/emelnus/ 16-03-2019 08:44:20
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879 Followers
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📢 New paper by Li Peng and Clara Yong in Science of the Total Environment describing the effects of #coral morphology on #microplastic trapping! 🪸👩🏻🔬 Compact branching coral colonies captured and encouraged more #microplastic deposition compared to open colonies. Well done 🌟 doi.org/10.1016/j.scit…


New paper out on how planting pods can help #mangrove seedling survival within hybrid shorelines. Congrats to Amanda Hsiung and the team!🪴✨


📢 New paper led by Daisuke Taira in Journal of Applied Ecology found that volume-independent complexity effects on fish assemblages differed across scales, among fish assemblage metrics and between day and night. Excellent work! ✨🐠🐟 doi.org/10.1111/1365-2…


📢 New paper! 📢 Led by Dr Janine Ledet in #MarineEnvironmentalResearch confirms that anthropogenic particles, including #microplastics, were ubiquitous within and outside #seagrass beds across sediment, vegetation & associated gastropods. Great job! 🌿🌟doi.org/10.1016/j.mare…


📢 New paper 📢 Led by Poquita-Du Rosa Celia in Springer Nature in Scientific Reports identified genomic regions with SNPs that distinguish intertidal from subtidal Pocillopora acuta colonies and are associated with adaptations to extreme environment. 🪸🏖️ Well done Ross! 🌟 doi.org/10.1038/s41598…


📢 New paper led by Hannah Yeo in Wiley Ecology & Evolution who developed her own tethering technique to identify high predation potential of Nerita undata on tropical artificial shorelines. Excellent work Hannah! 🐌✨ doi.org/10.1002/ece3.1…



📢 New paper led by Hannah Yeo in Oxford Journals used mark recapture techniques to show that, compared to rocky shores, #nerite snails are more abundant, and move further, on tropical #seawalls. Excellent work Hannah! 🐌🌊 doi.org/10.1093/mollus…





Microplastic pollution will intensify in the coming years, and what can we do about it? Ecologists from NUS Biological Sciences are studying microplastic dynamics and patterns in our coastal habitats, to help develop effective strategies for environmental protection. news.nus.edu.sg/uncovering-mic…

Ecologists from NUS Biological Sciences have uncovered new microplastic dynamics and patterns in Singapore’s corals and seagrass meadows! This knowledge will help develop effective strategies to better protect our environment, especially our coastal habitats. news.nus.edu.sg/uncovering-mic…



📢 New EMEL paper led by Sze Hui Foo published in Marine Pollution Bulletin! 📢 It compares heavy metal levels in coral reef sediment and sea urchin tissues from 1994 to 2021 in Singapore, revealing mixed temporal trends and differences between sexes. 🌊🦔 doi.org/10.1016/j.marp…



