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Measuring sustainability of seedfunded earth science informatics projects

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Measuring sustainability of seed-funded Earth science ~ Short term funding is a common funding model for informatics projects. Funders are interested in maximizing the sustainability and accessibility of the outputs, but there are no commonly accepted practices to do so in the Earth sciences informatics field. We constructed and applied a framework for sustainability drawing from other disciplines that have more published work in sustainability of .

Data on the Deliverables, Sustainability, and ~ These four tables document the data used to draw the findings in the manuscript “Measuring sustainability of seed-funded Earth science informatics projects,” by Hsu et al. Table 1, “ListProjects-data” lists the projects funded by the Community for Data Integration from 2010-2016. Table 2, “Outputs-data” lists the deliverables that were proposed and delivered to the Community for .

Earth Science Informatics / Home ~ Earth Science Informatics, as a scientific discipline, and the Earth Science Informatics journal that represents it, focus on the following major aspects: Formal representation of the spatial and temporal relationships between entities in the Earth system and space (e.g., semantics, spatial and process ontologies, vocabularies)

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An Approach to Increase the Sustainability of Projects and ~ The pressure to incorporate sustainability principles and objectives into policies and activities is growing, particularly in project management. A successful project cannot disregard any of the three triple bottom line (TBL) sustainability pillars (economic, social and environmental). Stakeholders representing each of those pillars have to be satisfied to a certain degree in each successful .

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Green Information Technology / ScienceDirect ~ This chapter is based on the project Measuring Data Centre Efficiency (Pattinson and Cross, 2013) funded under the JISC Grant Funding 14/10: JISC Greening ICT Programme (October 2010). More specifically, it resides under initiative I of that call, Rapid Innovation in ICT.

Earth science for sustainability / Nature Geoscience ~ Human activities increasingly lead to climate change, overuse of water, hazards and the destruction of biodiversity — to name just a few. Earth scientists need to take on the challenge of .

Earth Resources and Environmental Impacts / Wiley ~ Earth Resources and Environmental Impacts uses everyday examples and current issues to help readers understand how mineral, water and energy resources – and the impacts of their use and extraction – affect their daily lives. A historical perspective makes the material in this text fascinating by showing readers that the earth’s resources have always been fundamental to society, even as .

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Earth Sciences: Books and Journals / Springer ~ Earth Sciences - Books and Journals The Springer editorial portfolio in the field of earth sciences reflects the diversity of this interdisciplinary field of study. The spectrum ranges from geology and geophysics, mineralogy and oceanography to earth system science.

Earth Science Informatics Community Requirements for ~ As science becomes increasingly digital and therefore, dependent on software, improving community practices for sustainable science software will contribute to the sustainability of science. Members of the Earth science informatics community, including scientific data producers and distributers, end-user scientists, system and application .

Science and Sustainability, Revised Edition ~ Student Book. The Science and Sustainability, Revised Edition Student Book guides investigations and provides related readings. The Student Book uses a variety of approaches to make science accessible for all students. SEPUP’s integrated literacy strategies help students process new science content, develop their analytical skills, make connections between related concepts, and express their .

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