Art in the Nineteenth Century the Increasing Speed of Trains Affected Travelersã¢ââ¢
Abstract
Jules Verne's life was framed by the second phase of the British Industrial Revolution. In his nineteenth-century globe, a transition to steam occurred. Information technology was a time of rapid technological developments and explorations of every corner of the World'due south surface. Then the world population clock ticked slowly and was well below one.3 billion. Today, more than vii.viii billion people alive in the fourth phase of that revolution, and the world population clock is ticking faster and faster. To solve our urgent demand for resources, we will shortly exploit the unknown treasure troves of deep body of water space. However, only some fifteen% of the ocean floor is mapped in particular, and less than 0.0001% of the deep-ocean is explored. Since the 1990s a transition to global operational oceanography is occurring, with advanced monitoring systems, new technology like Argo floats, gliders and state-of-the-art body of water modelling. A new wave of ocean exploration is urgently needed, every bit is an adaptation of the prevailing international legislation, to go along up with the coming sustainable exploitation of ocean space. Blue resource discussed in this chapter are: fisheries, bioprospecting and deep-sea mining. In a low-carbon society, citizens should be aware of and exist involved in this through ocean literacy.
Keywords
- Deep-ocean resource
- Pollution
- British Industrial Revolution
- Jules Verne
- Ocean exploration
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The author wants to thank Prof. Jan Mees, Director of the Flanders Marine Establish in Ostend, Belgium, for preparing Figure four on the pulse of the world.
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Stel, J.H. (2021). Exploring and Exploiting Deep Ocean Space. In: Koutsopoulos, Thousand.C., Stel, J.H. (eds) Sea Literacy: Agreement the Body of water. Primal Challenges in Geography. Springer, Cham. https://doi.org/10.1007/978-iii-030-70155-0_4
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