To celebrate Earth Day this year, we are taking the time to share with you some impactful Journals and Research Collections on the platform that are focused on conservation, sustainability, and the environment. Then, we would also like to invite you to a webinar we are hosting about ScienceOpen’s Community-Curated Sustainable Development Goals Research Collections. The webinar will take place on May 6th and all details can be found below!
Many eyes are turning to renewable energy as a potential solution for a green future.ScienceOpen supports this growing interest by increasingly integrating green energy research into its discovery environment. With a collection of thousands of open access articles on the science of climate change, ScienceOpen is a valuable platform to stay informed about recent developments in the field of environmental studies. However, understanding the basic science is only the first step. We next need to develop and implement transformative solutions. In this blog post, we want to share several resources on ScienceOpen which push the frontiers of knowledge on renewable energy and its applications.
Ever wanted to know what the temperature in the depths of the ocean is? Why and how has our climate changed through time? What are the thermal boundaries of life? To what extent earthquakes are predictable?
These are some of the intriguing and fundamental questions helping to shape our knowledge and depict the future of our planet. These are the questions that the International Ocean Discovery Program (IODP) is finding answers for. Recently, the IODP integrated all of its published research into the ScienceOpen network, increasing its availability and accessibility. All published content is Open Access for all ScienceOpen users to enjoy!
IODP is an international marine research collaboration that explores Earth’s history and dynamics. They use ocean-going research platforms to recover data recorded in seafloor sediments and rocks and to explore sub-seafloor environments. Scientists from 24 countries embark on IODP research expeditions conducted throughout the world’s oceans.
Here are some of the top features of the IODP research program:
Open data for global research
In addition to informing decision makers about some of the most challenging environmental issues our society is facing today, IODP also places special emphasis on keeping the wider public informed about their latest scientific discoveries. All IODP publications are therefore openly accessible for everyone, not just the global scientific community. Samples and data collected during drilling expeditions are available to scientists and teachers in 5 core repositories around the world, while scientific and technical accomplishments are reported in the Open Access publication series Proceedings of the Ocean Drilling Program.
Research from the IODP is centred around 4 main topics.
1.Climate & ocean change
Samples from the core of the ocean floor give insight into what the climate was like in deep time. The ocean floor is therefore especially invaluable for the study of Earth’s climate history. Some selected research articles in this field include:
Studying the process of serpentinisation (chemical modification of basaltic lavas through interaction with seawater) yields insights on the origins as well as thermal limits of life on Earth, and the boundaries of life in the most extreme circumstances: at the bottom of the deep oceanic biosphere.
Investigations on the formation of volcanic rift margins and oceanic plateaus can teach us about the often explosive dynamics of Earth’s outer crust, and the evolution of Earth’s surface. Expeditions shed light on:
The effects of tectonic activity on evolution of the Gibraltar Gateway and margin sedimentation and its influence on global circulation and climate.
4. Earth in motion
Recognising the causes and modelling circumstances of earthquakes and landslides is critical in assessing potential future hazards, and in saving human lives in risk-prone areas. Research here aims to identify subduction zones and the geological properties of the surrounding sediments, and how these influence the occurrence of earthquakes and what we can do to mitigate their effects. The Costa Rica Seismogenesis Project, the Japan Trench Fast Drilling Project or Lesser Antilles Volcanism and Landslides project are among the multidisciplinary mega-endeavours aiming to accomplish this mission and to find clues for the causes of large earthquakes.
Whether you are interested in an expedition, site, region or scientific goal, our numerous semantic search filters and multiple sorting options allow you to drill deep down into the IODP collection and find exactly what you are looking for. Give it a go!
We are in the midst of a global information and knowledge crisis. Access to scientific research has never been more important to provide the basis for debates on critical issues such as climate change, global health, and renewable energies.
At ScienceOpen, we want to play our part here. We have built an automatically updating research collection on climate change for anyone and everyone. It has almost 7,500 research articles, each of which are Open Access. This means they are freely available for anyone to read, re-use, and share without restriction!
Research on emerging green technologies such as renewable energies, low-impact development strategies, advanced materials, smart water, and waste water management and remanufacturing is indispensable in tackling some of the world’s most pressing issues through continuous technological advancement.
Improving scientific literacy in these evolving fields is crucial, and at ScienceOpen we are helping to provide basic access to the latest important research.
Our recent additions of 2 publisher-led and 2 researcher-led collections bring together a selection of the latest innovations in the fields of energy engineering and management and ecology. They help us rethinking the relationship between our built and natural environment in the context of grand global challenges and offer life greening solutions for a sustainable social civilization.