I am an Associate Professor in Academic Practice. My current research involves looking at ways in which science can be used to empower society and I use poetry and games as a creative tool to help engender dialogue between experts and non-experts. I am also the Chief Executive Editor of EGU's 'Geoscience Communication' journal.

I am an Associate Professor in Academic Practice. My current research involves looking at ways in which science can be used to empower society and I use poetry and games as a creative tool to help engender dialogue between experts and non-experts. I am also the Chief Executive Editor of EGU's 'Geoscience Communication' journal.

I aim to gain fundamental insights into physical processes, and to probabilistically quantify hazards and risk. My geomorphological work develops algorithms and novel methods, and typically DEMs provide the primary observational constraint. With the insurance industry, my work on catastrophes aims to better understand and quantify the perils. Interests include: • Dynamics and mechanics of ice flow • Catastrophe modelling (i.e., risk, hazard and GIS) • Pacific volcanoes and deep Earth processes

I aim to gain fundamental insights into physical processes, and to probabilistically quantify hazards and risk. My geomorphological work develops algorithms and novel methods, and typically DEMs provide the primary observational constraint. With the insurance industry, my work on catastrophes aims to better understand and quantify the perils. Interests include: • Dynamics and mechanics of ice flow • Catastrophe modelling (i.e., risk, hazard and GIS) • Pacific volcanoes and deep Earth processes

++44 (0)1509 223727

Louise is a Postdoctoral Fellow with Global Water Futures at the University of Saskatchewan in Canmore. Her research focuses on advancing the science and practice of ensemble hydrological forecasting. She has published her work in leading international journals, including Hydrology and Earth System Sciences, Geoscience Communication and Journal of Hydrometeorology. As an artist and scientist, Louise aims to further science engagement through the fusion of science and art. She is the lead curator of the Virtual Water Gallery science and art project. Louise is also a co-editor of ConciliARTe, as part of the Consilience science and poetry journal, an active member of the HEPEX global community in hydrological ensemble prediction and an Associate Editor of Geoscience Communication.

Louise is a Postdoctoral Fellow with Global Water Futures at the University of Saskatchewan in Canmore. Her research focuses on advancing the science and practice of ensemble hydrological forecasting. She has published her work in leading international journals, including Hydrology and Earth System Sciences, Geoscience Communication and Journal of Hydrometeorology. As an artist and scientist, Louise aims to further science engagement through the fusion of science and art. She is the lead curator of the Virtual Water Gallery science and art project. Louise is also a co-editor of ConciliARTe, as part of the Consilience science and poetry journal, an active member of the HEPEX global community in hydrological ensemble prediction and an Associate Editor of Geoscience Communication.

Professionally I could be defined as a scientist (paleontologist and evolutionist) who started communicating science for personal pleasure and ended up as a science communication and outreach professional. The three vertices of my activity and background are 1) science research in Paleontology and Evolution, specifically in dinosaurs, and also Morphometrics applied in Health; 2) Science Communication and Informa, namely directing a Science Centre, writing texts and other contents for different media, producing and presenting a radio show, exhibits, workshops; and 3) Formal and Informal Education, supervising both students and professionals in distinct science communication activities and contributing to organized reflection on science communication. My background as a researcher (PhD in Paleontology) allows me to comprehend the processes and methods of science production. This background is a plus for any science communication professional, since it allows an “inside view” of Science and Technology. I have worked 8 years in the Natural History Museum of Portugal as well as in 15 other Natural History Museums in four continents, as a visiting researcher. In the last years I have specialized my activity in Science communication in Science Centres and Museums activities and its social intervention, namely on its role as an informal education institution. My main duties as the Lagos Science Centre Executive Director include connecting researchers with our institution, writing and managing the annual budget, planning and supervising all Science Centre activities, coordinating the team and cumulatively being the head of communication with direct responsibility of the Centre’s communication. I was the first booster of Organizing the Science Communication Congress SciCom Pt 2015 in Lagos, organized by the Lagos Science Centre. As the Chairman of this 200 people meeting I was responsible for all aspects of the organization as well as for the related scientific tasks.

Professionally I could be defined as a scientist (paleontologist and evolutionist) who started communicating science for personal pleasure and ended up as a science communication and outreach professional. The three vertices of my activity and background are 1) science research in Paleontology and Evolution, specifically in dinosaurs, and also Morphometrics applied in Health; 2) Science Communication and Informa, namely directing a Science Centre, writing texts and other contents for different media, producing and presenting a radio show, exhibits, workshops; and 3) Formal and Informal Education, supervising both students and professionals in distinct science communication activities and contributing to organized reflection on science communication. My background as a researcher (PhD in Paleontology) allows me to comprehend the processes and methods of science production. This background is a plus for any science communication professional, since it allows an “inside view” of Science and Technology. I have worked 8 years in the Natural History Museum of Portugal as well as in 15 other Natural History Museums in four continents, as a visiting researcher. In the last years I have specialized my activity in Science communication in Science Centres and Museums activities and its social intervention, namely on its role as an informal education institution. My main duties as the Lagos Science Centre Executive Director include connecting researchers with our institution, writing and managing the annual budget, planning and supervising all Science Centre activities, coordinating the team and cumulatively being the head of communication with direct responsibility of the Centre’s communication. I was the first booster of Organizing the Science Communication Congress SciCom Pt 2015 in Lagos, organized by the Lagos Science Centre. As the Chairman of this 200 people meeting I was responsible for all aspects of the organization as well as for the related scientific tasks.

Beth Bartel is a PhD student at Michigan Tech, with master's degrees in volcano geodesy and journalism. As the Science Communication Specialist at UNAVCO (2013-2020), she established an active science communication program, leading trainings for scientists on effective communication based on current social science and journalistic practices. She is on the editorial board for Geoscience Communication and is currently past chair of the Geological Society of America Geology & Society Division.

Beth Bartel is a PhD student at Michigan Tech, with master's degrees in volcano geodesy and journalism. As the Science Communication Specialist at UNAVCO (2013-2020), she established an active science communication program, leading trainings for scientists on effective communication based on current social science and journalistic practices. She is on the editorial board for Geoscience Communication and is currently past chair of the Geological Society of America Geology & Society Division.

I am a postdoctoral researcher at the Institute for Atmospheric and Earth System Research (INAR) and the Helsinki Institute of Sustainability Science (HELSUS), University of Helsinki. I study atmospheric science with a focus on polluted environments. I am the producer and host of Atmospheric Tales – a podcast that amplifies stories and storytellers of air pollution and climate change from around the world with diverse perspectives of science, policy, health, advocacy, activism, journalism, etc. I have a PhD in Civil Engineering and a MS in Environmental Engineering from the University of Texas at Austin, and a BTech in Civil Engineering from the Indian Institute Technology Delhi.

I am a postdoctoral researcher at the Institute for Atmospheric and Earth System Research (INAR) and the Helsinki Institute of Sustainability Science (HELSUS), University of Helsinki. I study atmospheric science with a focus on polluted environments. I am the producer and host of Atmospheric Tales – a podcast that amplifies stories and storytellers of air pollution and climate change from around the world with diverse perspectives of science, policy, health, advocacy, activism, journalism, etc. I have a PhD in Civil Engineering and a MS in Environmental Engineering from the University of Texas at Austin, and a BTech in Civil Engineering from the Indian Institute Technology Delhi.

Hazel Gibson is the Communications Officer at the European Geosciences Union. She is responsible for the management of the Union's social media presence and the EGU blogs, where she writes regularly for the EGU's official blog, GeoLog. She is also the point of contact for early career scientists (ECS) at the EGU Office. She has a PhD in Geoscience Communication and Cognition from the University of Plymouth in the UK. Hazel tweets @iamhazelgibson.

Hazel Gibson is the Communications Officer at the European Geosciences Union. She is responsible for the management of the Union's social media presence and the EGU blogs, where she writes regularly for the EGU's official blog, GeoLog. She is also the point of contact for early career scientists (ECS) at the EGU Office. She has a PhD in Geoscience Communication and Cognition from the University of Plymouth in the UK. Hazel tweets @iamhazelgibson.

I aim to gain fundamental insights into physical processes, and to probabilistically quantify hazards and risk. My geomorphological work develops algorithms and novel methods, and typically DEMs provide the primary observational constraint. With the insurance industry, my work on catastrophes aims to better understand and quantify the perils. Interests include: • Dynamics and mechanics of ice flow • Catastrophe modelling (i.e., risk, hazard and GIS) • Pacific volcanoes and deep Earth processes

I aim to gain fundamental insights into physical processes, and to probabilistically quantify hazards and risk. My geomorphological work develops algorithms and novel methods, and typically DEMs provide the primary observational constraint. With the insurance industry, my work on catastrophes aims to better understand and quantify the perils. Interests include: • Dynamics and mechanics of ice flow • Catastrophe modelling (i.e., risk, hazard and GIS) • Pacific volcanoes and deep Earth processes

++44 (0)1509 223727

Mary Anne Holmes, fellow of AAAS, AWIS; former ADVANCE Program Officer, National Science Foundation (NSF) and Director, ADVANCE-Nebraska, University of Nebraska-Lincoln; past Pres. of Association for Women Geoscientists; co-editor, “Women in the Geosciences: Practical, Positive Practices towards Parity”, Wiley. Sailed on 5 Ocean Drilling Program cruises to three oceans; studied how past climates and deliveries determine type of fine-grained sediment accumulated on the seafloor. Emerita, 2016.

Mary Anne Holmes, fellow of AAAS, AWIS; former ADVANCE Program Officer, National Science Foundation (NSF) and Director, ADVANCE-Nebraska, University of Nebraska-Lincoln; past Pres. of Association for Women Geoscientists; co-editor, “Women in the Geosciences: Practical, Positive Practices towards Parity”, Wiley. Sailed on 5 Ocean Drilling Program cruises to three oceans; studied how past climates and deliveries determine type of fine-grained sediment accumulated on the seafloor. Emerita, 2016.

I am an Associate Professor in Academic Practice. My current research involves looking at ways in which science can be used to empower society and I use poetry and games as a creative tool to help engender dialogue between experts and non-experts. I am also the Chief Executive Editor of EGU's 'Geoscience Communication' journal.

I am an Associate Professor in Academic Practice. My current research involves looking at ways in which science can be used to empower society and I use poetry and games as a creative tool to help engender dialogue between experts and non-experts. I am also the Chief Executive Editor of EGU's 'Geoscience Communication' journal.

I am a science communicator with a long experience on Earth education, risk and environmental communication, author of several articles mainly addressed to a public of non expert but also author of scientific articles related to the communication of science.

I am a science communicator with a long experience on Earth education, risk and environmental communication, author of several articles mainly addressed to a public of non expert but also author of scientific articles related to the communication of science.

My research interests are in the linkage between mountain hazards and mountain building processes, continental deformation and erosion. I integrates a variety of tools, techniques and datasets in my research including GPS geodesy, geochronology, high resolution digital topography and remote sensing. I have a longstanding interest in improving geohazards science delivery for disaster risk reduction worldwide. My recent scientific outreach efforts include development of educational materials and briefs to inform the public and to maximize the use of scientific evidence in policy making.

My research interests are in the linkage between mountain hazards and mountain building processes, continental deformation and erosion. I integrates a variety of tools, techniques and datasets in my research including GPS geodesy, geochronology, high resolution digital topography and remote sensing. I have a longstanding interest in improving geohazards science delivery for disaster risk reduction worldwide. My recent scientific outreach efforts include development of educational materials and briefs to inform the public and to maximize the use of scientific evidence in policy making.

+44(0)1782 733752

Dr. Heidi A. Roop combines climate science and science communication to connect climate change information to decision-makers and communities across the Midwest, U.S., and abroad. She is an Assistant Professor of Climate Science at the University of Minnesota and Minnesota’s Climate Change Extension Specialist. She also holds an Affiliate Assistant Professorship at the University of Washington School of Public Health. By producing actionable, relevant climate science, Heidi helps diverse stakeholders prepare for a changing climate. Her climate science research has led her around the world where she has participated in research from Greenland and Antarctica to the mountains of Vietnam and New Zealand. Heidi was formerly the Lead Scientist for Science Communication at the University of Washington Climate Impacts Group and has worked as a researcher at the United States Geological Survey.

Dr. Heidi A. Roop combines climate science and science communication to connect climate change information to decision-makers and communities across the Midwest, U.S., and abroad. She is an Assistant Professor of Climate Science at the University of Minnesota and Minnesota’s Climate Change Extension Specialist. She also holds an Affiliate Assistant Professorship at the University of Washington School of Public Health. By producing actionable, relevant climate science, Heidi helps diverse stakeholders prepare for a changing climate. Her climate science research has led her around the world where she has participated in research from Greenland and Antarctica to the mountains of Vietnam and New Zealand. Heidi was formerly the Lead Scientist for Science Communication at the University of Washington Climate Impacts Group and has worked as a researcher at the United States Geological Survey.

Iain Stewart is professor of Geoscience Communication at the University of Plymouth and Director of its Sustainable Earth Institute. He studied Geography and Geology at Strathclyde University, completed a PhD in earthquake geology at Bristol University and lecturerd in Earth Science at Brunel University until 2002, after which he joined Plymouth. His research interests are in interdisciplinary investigations of geological hazards and in the communication of geoscience to the public.

Iain Stewart is professor of Geoscience Communication at the University of Plymouth and Director of its Sustainable Earth Institute. He studied Geography and Geology at Strathclyde University, completed a PhD in earthquake geology at Bristol University and lecturerd in Earth Science at Brunel University until 2002, after which he joined Plymouth. His research interests are in interdisciplinary investigations of geological hazards and in the communication of geoscience to the public.

+44 1752 232457

+4799532473

01244-511-236

Since November 2018 I work as a Lectuer in Researcher Development. I provide opportunities to Doctoral Researcher and Early Carrer Scientist to improve their research practice. I also support established researcher through provision and support of development oppotunities. I have over 7 years geoscience laboratory and field work experience, as well as 2 years industry experience as a geologist I am well suited for the above research position. My research focuses on multi-scale geomechanics of geological systems – linking micro and macro-scale deformation features with field observations by designing laboratory experiments and combining them with analytical and numerical methods. I focus on the analysis of fracture networks and how they can be linked to porosity, permeability, and rock composition. Working with researchers from UFPE for my Newton Fund project, I started to develop methods towards definition of scalability relationships for these features to enhance geomechanical understanding and improve geological subsurface behaviour prediction models. I prefer working with heterogeneous samples since they are more representative of natural systems. Understanding these relationships at different scales in geomaterials is important to predict long-term performance of geo-systems, improve risk and uncertainty analysis, and validate modelling of multi-scale behaviour.

Since November 2018 I work as a Lectuer in Researcher Development. I provide opportunities to Doctoral Researcher and Early Carrer Scientist to improve their research practice. I also support established researcher through provision and support of development oppotunities. I have over 7 years geoscience laboratory and field work experience, as well as 2 years industry experience as a geologist I am well suited for the above research position. My research focuses on multi-scale geomechanics of geological systems – linking micro and macro-scale deformation features with field observations by designing laboratory experiments and combining them with analytical and numerical methods. I focus on the analysis of fracture networks and how they can be linked to porosity, permeability, and rock composition. Working with researchers from UFPE for my Newton Fund project, I started to develop methods towards definition of scalability relationships for these features to enhance geomechanical understanding and improve geological subsurface behaviour prediction models. I prefer working with heterogeneous samples since they are more representative of natural systems. Understanding these relationships at different scales in geomaterials is important to predict long-term performance of geo-systems, improve risk and uncertainty analysis, and validate modelling of multi-scale behaviour.