Interlinkages: Governance for Sustainability Chapter 8

The Earth functions as a system: atmosphere, land, water, biodiversity and human society are all linked in a complex web of interactions and feedbacks. Environment and development challenges are interlinked across thematic, institutional and geographic boundaries through social and environmental processes. The state of knowledge on these interlinkages and implications for human well-being are highlighted in the following messages: Environmental change and development challenges are caused by the same sets of drivers. They include population change, economic processes, scientific and technological innovations, distribution patterns, and cultural, social, political and institutional processes

Environmental cooperation between European CMEA member countries and developing nations

Meeting: World Commission on Environment and Development, Public Hearing, 8, 11 Dec. 1986, Moskva, SURelated to DAP 87-4249 under which IDRC supported the WCED to acquire and duplicate original papers, submissions, tapes and transcripts, became the depository of all original archival materials and received the right to microfiche the collection for broader disseminatio

Environmental Issues in a Digital Economy

Digital technologies play a crucial role in achieving the long-term balance between the techno-sphere and the natural environment that is necessary for sustainable development. The digital economy is a relatively new concept in national policymaking, often using such terms as “information economy” (the 1970s), “knowledge economy” and “electronic economy” (the 1980s), “new economy” (the 1990s) or “network economy” and “Internet economy” (the 2000s). While there is no single definition of the digital economy, there is general agreement on some fundamental principles. The basic idea of a digital economy is that products, services, lifelong learning and innovation are made possible by the computerised transfer and processing of modern technology in the context of market globalisation and sustainable development. Sustainable development is largely related to the preservation of the biosphere and natural capital together with the techno-sphere and the socio-sphere. However, in real life, environmental aspects are often overlooked. In recent years, there have been changes in the formation of the economies of countries, especially in strengthening their environmental component. Reducing the cost of sensor technology and the spread of networks allow you to connect each component entering the production process. The data collected through such connections provide an opportunity to know the place of origin of the product, the method of production and the amount of energy spent on its production. Information received on their basis gives to companies, cities and whole countries the opportunity to restore, create, and to relocate these resources more effectively. It is proposed to take into account the impact of the digital economy on the environment. The EU response is increasingly seen as a strong combination of the knowledge economy and the green new deal

C-FOG Life of coastal fog

The article of record as published may be found at https://doi.org/10.1175/BAMS-D-19-0070.1C-FOG is a comprehensive bi-national project dealing with the formation, persistence, and dissipation (life cycle) of fog in coastal areas (coastal fog) controlled by land, marine, and atmospheric processes. Given its inherent complexity, coastal-fog literature has mainly focused on case studies, and there is a continuing need for research that integrates across processes (e.g., air–sea–land interactions, environmental flow, aerosol transport, and chemistry), dynamics (two-phase flow and turbulence), microphysics (nucleation, droplet characterization), and thermodynamics (heat transfer and phase changes) through field observations and modeling. Central to C-FOG was a field campaign in eastern Canada from 1 September to 8 October 2018, covering four land sites in Newfoundland and Nova Scotia and an adjacent coastal strip transected by the Research Vessel Hugh R. Sharp. An array of in situ, path-integrating, and remote sensing instruments gathered data across a swath of space–time scales relevant to fog life cycle. Satellite and reanalysis products, routine meteorological observations, numerical weather prediction model (WRF and COAMPS) outputs, large-eddy simulations, and phenomenological modeling underpin the interpretation of field observations in a multiscale and multiplatform framework that helps identify and remedy numerical model deficiencies. An overview of the C-FOG field campaign and some preliminary analysis/findings are presented in this paper

Media Coverage of Climate Change in Russia: governmental bias and climate silence

This paper explores which actors and factors influence media coverage of climate change in Russia. It does this by analysing the coverage of three events by five Russian national newspapers (Komsomol’skaya pravda, Rossiyskaya gazeta, Izvestiya, Kommersant and Sovetskaya Rossiya). The three events are the Kyoto Conference in 1997, the Copenhagen Conference in 2009 and the Russian heat-wave of 2010. This paper concludes that regardless of the ownership structure of the newspapers or their dependence on advertising, there is little difference in quantity and quality of overall coverage on climate change. With most newspapers relying on Russian officials as information sources, almost none criticise or question Russian climate policy. Furthermore, the article concludes that, in Russia, the omission of climate change issues from discussion in national newspapers becomes a greater problem than biased coverage, as the lack of commentary decidedly prevents these issues from entering the public debate