"A recent conference showcased new possibilities for enhancing Reef resilience, including boosting coral abundance and geoengineering techniques that would manipulate local conditions to reduce ocean temperatures."

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Keller, David P. (2018): Marine Climate Engineering. In Markus Salomon, Till Markus (Eds.): Handbook on Marine Environment Protection. Science, Impacts and Sustainable Management. 1st edition 2018. Cham: Springer International Publishing, pp. 261–276.

"In this chapter an overview is given of the proposed climate engineering methods that involve the direct manipulation of marine systems. This includes methods that enhance the ocean’s natural physical, chemical, and biological CO2 sequestration pathways, as well as purely technical ones that either use the ocean as a carbon storage reservoir or alter it’s properties to affect the Earth’s radiation budget."

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"“We think SRN could buy time for other (carbon-reduction) measures to be put in place,” said Philip J. Rasch, chief climate scientist for the Pacific Northwest National Laboratory in Richland, Washington."

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Clingerman, Forrest; O'Brien, Kevin J.; Ackerman, Thomas P. (2017): Character and Religion in Climate Engineering. In Issues in Science & Technology 34 (1).

"Here we seek to point out a useful but often-neglected conversation partner that can aid these discussions: religion. Religious traditions offer concepts and vocabularies for addressing ethics and policy. Religion is formatively influential for a majority of the world’s population, but is too often ignored in discussions of the social dimensions of climate engineering. Though we are not suggesting that all ethics and policy must “be religious,” we do argue that everyone (believers and nonbelievers alike) can profit from analyzing the distinctive moral and political ideas emerging from religious traditions and worldviews. In particular, we hold that religion is important to broaden the conversation to include the moral issue of character."

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