Stazione Zoologica Anton Dohrn’s Post

🌊 Don't miss the premiere of Antje Boetius' fascinating two-part documentary on #TerraX! 🌍 As a renowned marine biologist and deep-sea researcher, Hector Fellow Prof. Dr. Antje Boetius explores into the mysteries of humanity's past and future. In this series, she explores crucial questions about the success story of our species and how researchers around the world are finding innovative solutions for a sustainable future. 📽️ Why is this documentary important? · Boetius explores why Homo sapiens survived where other species didn't, and how cooperation, resilience and innovation were key to our survival. Now, these same qualities are critical as we face climate change and environmental crises. · She takes viewers on a journey to cutting-edge research sites - from future cities to remote ecosystems - and showcases groundbreaking projects that hold the key to ensuring a livable planet. Prof Boetius' expertise spans marine biogeochemistry, deep-sea ecology and polar research. Her pioneering work, including the discovery of microorganisms that reduce methane emissions in the oceans, is vital to understanding and protecting our planet's ecosystems. 🌱 Don't miss it on Terra X! 📢 Available in German👉 https://lnkd.in/e7EpRsz4 #HectorFellowAcademy #TerraX #MarineBiology #DeepSeaResearch #Sustainability #Research #ClimateChange #Documentary #SciComm

#Bachelors student Tuva Elingstam has been busy working with Luis Gonzalez Guerrero, Maria João Mendes & myself at Umeå Marine Sciences Centre (#UMF) over the past few weeks investigating photoacclimation in #Arctic seaweed (#Fucus) for her final year thesis. It is expected that the coastal underwater light environment will change a lot in the coming decades - becoming darker (#CoastalDarkening) and changing colour (#brownification). As biodiversity hotspots, understanding how habitat-forming seaweeds such as these will respond to future light environments is crucial for predicting ecosystem change. Umeå University Science and Technology at Umeå University #MarineScience #MarineBiology #MarineConservation #science #photosynthesis

🌊 Grateful for the opportunity to attend the 7th Zooplankton Production Symposium in Hobart, Tasmania! 🦐 https://lnkd.in/dcMwC6xz From March 17th to 22nd, I had the privilege of participating in this enriching symposium alongside fellow researchers in the field of zooplankton ecology and oceanography. Special thanks to the organizers (International Council for the Exploration of the Sea (ICES)/ PICES (North Pacific Marine Science Organization)) for putting together such an interesting conference and to my project SFI Harvest (SINTEF Ocean) and UiT- The Arctic University of Norway for supporting my participation! During the conference I had the opportunity to present my research project, titled "Improving a coupled physical-biological ocean model based on a meta-analysis of Calanus finmarchicus vertical distribution in relation to environmental variables" in Session 16: Improving zooplankton representation in models. My research is part of the SFI Harvest project, where my study area focuses on understanding ecosystems dynamics on lower trophic levels. It was very rewarding to share ideas with other scientists who are also working on understanding marine ecosystems. As an early career scientist and PhD student, events like these are very valuable for my growth and connection with the scientific community. They remind me why I'm passionate about pursuing a career in science, despite the challenges researchers face worldwide. This experience has been particularly motivating, especially as I face the final stretch of my PhD. It has renewed my enthusiasm and sparked a deeper curiosity in learning more about the amazing world of zooplankton. I'm grateful for the opportunity to learn from experts in the field and to contribute to the ongoing dialogue surrounding zooplankton dynamics and their crucial role in ocean ecosystems. Last but not least, I'd like to reflect on the impact of flying to attend this conference, particularly in the context of studying climate change and its effects on ecosystems. Initially, I hesitated due to the environmental implications of long-distance travel. However, I've come to understand that while technologies facilitate global connections, in-person experiences remain incredibly enriching. There's a unique value in face-to-face interactions, exchanges of ideas, and the shared energy of being in the same physical space. I recognize the importance of reducing our carbon footprint, and while I do not wish to support frequent long-distance travel for research purposes, I am committed to offsetting my carbon footprint in my daily life and attending conferences only when relevant, ensuring meaningful contributions to scientific knowledge. 🌊🔬 #ZPS7 #MarineScience #PhDLife #EcoP #Zooplankton

Research alert! A new study shows how climate change affected the diversity of Congo River fish during glacial periods—crucial knowledge for understanding modern threats to fish in this species-rich region. Over the last about 2.6 million years, polar ice caps have continuously expanded and retracted during glacial and interglacial cycles. This is thought to be a significant driver of biodiversity on land, but less is known about its effect on freshwater systems, especially in the Congo River. Using molecular tools, Naoko P. Kurata, Ph.D., a research associate in the Museum’s Department of Ichthyology and a postdoctoral associate at Cornell University, Melanie Stiassny, the Axelrod Research Curator in the Museum’s Department of Ichthyology, and colleagues, studied four species of fish endemic to the lower Congo River, known as lamprologine cichlids. Their findings, published in the journal Integrative and Comparative Biology, suggest speciation of Congo fish likely occurred when the river’s water level decreased, isolating populations of fish into smaller pockets of water, leading to the rise of new species over time. Learn why understanding the climate impacts on river fish is important: https://bit.ly/3BspUIe Image: © Melanie Stiassny, Lamprologus lethops pictured #newresearch #ichthyology #fish #stem #climatechange

This week, members of the Project Seagrass team are in Naples, Italy for the 15th International Seagrass Biology Workshop (ISBW15). Read about the topics the team will be presenting on in our new blog article 👉 https://buff.ly/4cfajcF The theme of ISBW15 is “Seagrasses in the Anthropocene”, centred around the fact that human activities are placing ever-increasing pressure on seagrass ecosystems at both a local and global scale. As a result of ongoing changes in environmental conditions, #seagrass ecosystems have altered to an extent that has not previously been observed. The challenge currently facing the global community is the need to establish a new baseline and protect, restore, and rehabilitate the seagrass ecosystems that currently remain. #ISBW15 #seagrassresearch #seagrassconservation #internationalconference #marinescience #marinerestoration #anthropocene #OceanDecade

Have you heard about the TIME Lab? The TIME Lab (Tracing Impacts of Mass Extinctions) is an innovative research group led by Prof. Jennifer Botha. Based in South Africa, the lab delves into the fascinating world of mass extinction events to uncover how these pivotal moments in Earth’s history shaped the evolution of life. Through cutting-edge research on fossil records, bone histology, and evolutionary patterns—especially focusing on therapsids—the TIME Lab provides critical insights into survival, adaptation, and biodiversity loss. What Does the TIME Lab Do? 🦴 Bone Histology: Studying ancient bones at a microscopic level to unravel the biology and ecology of extinct creatures. 🌍 Mass Extinction Studies: Investigating the causes and recovery mechanisms of key extinction events, like the Permian-Triassic (PTME) and End-Triassic (ETE) extinctions. 🦖 Therapsid Focus: Exploring therapsids, ancestors of mammals, to understand life’s resilience and evolutionary shifts. Why It Matters By studying how life responded to past crises, the TIME Lab helps inform solutions for today’s biodiversity challenges. Their work bridges the gap between ancient extinctions and modern conservation efforts, offering valuable perspectives for sustaining life on Earth. Check Out the TIME Lab’s Brand New Website! Want to learn more about the TIME Lab and Prof. Botha’s groundbreaking work? Find out more HERE: https://lnkd.in/dktK8Evb

𝐃𝐨 𝐜𝐨𝐫𝐚𝐥𝐬 𝐜𝐨𝐦𝐦𝐮𝐧𝐢𝐜𝐚𝐭𝐞? 🪸 The first step of project 𝘳𝘦𝘦𝘧𝘚𝘠𝘕𝘊 is completed. I invite you to the online presentation of my Master Thesis next Tuesday, 3rd December, at 10:00 AM CET. What’s 𝘳𝘦𝘦𝘧𝘚𝘠𝘕𝘊 about? Coral reef ecosystems depend on a fascinating synchronisation phenomenon: corals spawn together in an incredibly precise manner. My research explores the potential mechanisms behind this synchronisation, focusing on the role of communication. Using advanced #SpatialSimulation models and real-world data, I aim to uncover insights that could contribute to coral reef conservation and ecological understanding. If you're curious about coral communication, interested in simulation modelling, or passionate about marine ecology, this presentation is for you! 📅 When: Tuesday, 3rd December ⏰ Time: 10:00 AM CET 💻 Where: ONLINE, please comment here or message me to get the meeting link. #UNIGIS #DigitalTwin #reefSYNC #CoralConservation

I’m happy to share that I’ve started my Doctor of Science at ETH Zürich, with the Environmental Physics group, Ecosystems and Landscape Evolution group, and The Sunagawa Lab! Within the BIOcean5D project, I'm unravelling patterns and drivers of marine diversity along coastal to open ocean gradients. 🌊🔍 Marine ecosystems, characterized by their vast biodiversity and complex biogeochemical processes, remain only partially understood despite their significance to global ecology. Through the use of Species Distribution Modelling (SDM), alongside a mix of traditional observations, and methods such as environmental DNA (eDNA) and metabarcoding, we aim to construct a comprehensive spatial framework of marine communities' distribution. Our goal? To bridge and refine existing knowledge gaps in global marine models, offering new insights into the distribution and diversity of plankton and fish. This endeavor is not just about mapping; it's about understanding how changes at different scales shape life beneath the waves. Stay tuned as we navigate these waters together, uncovering the secrets held by the ocean! Because understanding our oceans is the key to protecting them.🌐🐠 #MarineBiodiversity #BiOcean5D #EnvironmentalDNA #ETHZurich #PhDJourney

I am very happy to announce the latest addition to Springer's Aquatic Sciences book portfolio: Prof. Carlos M Duarte - Ocean - The Secret of Planet Earth The ocean characterises planet Earth and differentiates it from the more than 5000 known planets. It is also the habitat where life emerged as a singularity in the universe. However, we know less about the oceans than we do about some remote planets such as Mars. This book provides basic facts for understanding the oceans, their properties and their importance to mankind through the ages. The long relationship between the ocean and humanity, which permeates all areas of our culture, is at a crossroads where human activity is profoundly affecting its functioning and the integrity of marine ecosystems. However, the intelligent and rational use of the ocean holds, in large part, the key to providing the resources needed to sustain our quality of life in the future. Unlocking, through scientific research, the secrets that the ocean still holds is an essential challenge for humanity. This book informs the reader about all these aspects of the ocean through a text that combines scientific rigour with personal reflections based on the author's own experiences, dedicated to exploring and learning more about the ocean. Thank you Cristina "Mitty" Mittermeier for providing the cover image! #ocean, #marinebiology, #conservation, #SDG14 The book is available here: