In this article, we estimate both the economic value of water and own-price and cross-price elasticities of water for the Chilean manufacturing industry using the production function approach. Estimating the production function allows us to estimate the marginal productivity of water which corresponds to its economic value. Our estimations are based on panel data obtained from the National Industrial Survey for the period 1995–2014, accounting for more than 10,000 industrial plants.

2015 was a special year. During a few months the political
stars aligned and made it possible for the international
community to agree on the Agenda 2030
for Sustainable Development and the Paris Agreement
to limit global warming. Now the signatories need to
find ways to implement these agreements, which not
only imply a deep decarbonization of the economy but
must also meet the Sustainable Development Goals.
In this article we discuss the importance of pricing
greenhouse gas (GHG) emissions2 to make this happen.

Ocean acidification (OA) is one of the largest emerging and significant environmental threats for the aquaculture industry, jeopardizing its role as an alternative for supporting food security. Moreover, market conditions, characterized by price volatility and low value-added products, could exacerbate the industry's vulnerability to OA.