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The Editors of Geoscience Data Journal (GDJ) and our new title Climate Resilience and Sustainability (CRS) would love to hear from you for their upcoming special issues. The GDJ special issue is on 'Old Records for New Knowledge' and CRS will be on 'Scientific Support on China's Policy-making and Actions to Climate Change Adaptation.’

'Old Records for New Knowledge'

Guest Editors:

• Dr Josep Batlló, Institut Cartogràfic i Geològic de Catalunya

• Dr Hisashi Hayakawa, Nagoya University

• Dr Victoria Slonosky, McGill University, Open Data Rescue

• Dr Rick Crouthamel, International Environmental Data Rescue Organization

Studying a changing world requires observations going back in time to extend and contextualise our latest scientific knowledge. Reanalysis of old geoscience data, ranging from deep Earth interiors to the solar-terrestrial environment, in the light of our present knowledge, has become an important tool for understanding topics such as solar and geomagnetic variability, climatic change, tectonics and earth rotation among others. Extreme natural events, such as magnetic storms, hurricanes, rainfall, floods, or earthquakes can also be analysed in specific detail and depth from historical records. But old records are in danger.

Within the fields of meteorology and hydrology alone, it is estimated that the world loses over 500,000 historic hydrometeorological observations daily due to factors such fire, flood, or deterioration. Custodians of the data can be unaware of the value of, and the need to preserve, these data and their metadata. Often there is no backup copy.

Different approaches have been devised to deal with these issues but even when the data themselves have been consulted and preserved, their metadata such as the instrument details or calibration methods have not always been fully described, as this knowledge is assumed to be widespread in the community. Decades later, this knowledge is lost when the instruments are decommissioned. This special issue encourages the authors to record such ‘meta data’ (especially for old data) for future generations.

It is hoped that we can share the accumulated experience with legacy data in the different fields of Geosciences, including the difficulties and obstacles faced in collecting and producing historical geoscience datasets. Contributions ranging from data papers covering historical geoscience datasets, or data services papers which describe best practices, descriptions of their meta data, development of systems techniques tools which address data collection, sharing, analysis, revisions, instrumental details, or visualisations in the historical geosciences are encouraged.

Please submit manuscripts to: https://mc.manuscriptcentral.com/geosciencedata

Submission Deadline: 31 August 2021

'Scientific Support on China's Policy-making and Actions to Climate Change Adaptation’

Guest Editors:

• Prof Yinlong Xu, Institution of Environment and Sustainable Development in Agriculture, Chinese Academy of Agricultural Sciences

• Prof Guoqing Wang, Nanjing Hydraulic Research Institute, China

• Prof Wensheng Jiang, Ocean University of China, China

China is under greater stress of warming than the global average and concrete scientific support is necessary for climate policy making. China has committed to a peak level of greenhouse gas emissions in 2030, and to achieving national carbon neutrality by 2060. It is time to review China's working experience of enhancing climate resilience thus far and to update its climate actions.

China has published three editions of the National Assessment Report on Climate Change (in 2007, 2011, and 2015), and now it is nearly ready to publish the fourth edition. Adaptation is a big component within these reports. Although tremendous efforts have been made to increase climate resilience in China, insufficient scientific evidence has always hampered effective adaptation actions. Identifying the gaps between the science and the practice and summarising what lessons can be learned from the working experience of past decades, would be greatly helpful in making more ambitious plans to increase climate resilience in the future.

The key scientific issues that need to be addressed are:

• the exact implications of climate vulnerability and risks

• the links between climate risks and the set-up of adaptation aims

• synergy and trade-offs of adaptation and mitigation

• the effective adaptation pathways to achieve the resilience goals.

This Special Issue will focus on reviewing the scientific progress relevant to adaptation research in China and try to reveal how scientific innovation is supporting adaptation practice. Additionally, submissions on practical guidelines for effective adaptation

implementation, on financing mechanisms of adaptation investment, and on powerful tools for monitoring and evaluation of adaptation processes are also encouraged.

It is widely recognised that adaptive capacity building (ACB) is very important to ensure the success of adaptation actions, so any submissions with specified implications concerning ACB would be more than welcome.

For further details and submission guidelines please click here.

Submission Deadline: 31 August 2021

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