Приклади вживання Nordhaus Англійська мовою та їх переклад на Українською
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Romer Nordhaus.
The Nordhaus model is broadly spread and used to simulate how economy and climate coevolve.
William Nordhaus.
Nordhaus' model is now widely spread and is used to simulate how the economy and the climate co-evolve.
William Nordhaus.
Romer's and Nordhaus' contributions are crucial steps forward in addressing central questions about the future of humanity.
William Nordhaus.
Nordhaus was the first person to create a quantitative model that describes the global interplay between the economy and the climate.
The externalities studied by Romer and Nordhaus have global reach and long-term consequences.
Nordhaus developed a system of environmental accounting to improve NIPA to better reflect the value of various economic activities.
Recognising the need for such an approach, Nordhaus pioneered the development of integrated assessment models(IAMs).
Nordhaus was the first person to create“an integrated assessment model, i.e. a quantitative model that describes the global interplay between the economy and the climate”.
Exciting research agendas Paul Romer's and William Nordhaus' contributions are crucial steps forward in addressing central questions about the future of humanity.
Nordhaus and Romer“significantly broadened the scope of economic analysis by constructing models that explain how the market economy interacts with nature and knowledge.
Given how little was known about the costs and damages of global warming at that time,Dr Nordhaus admitted that the estimate was“deeply unsatisfactory”.
William Nordhaus, of Yale University, was the first to create a quantitative model that described the interplay between the economy and the climate.
As unregulated markets will generate inefficient outcomes in the presence of such externalities,the work of Romer and Nordhaus provides convincing arguments for government intervention.
A tall order Like Romer, Nordhaus extended the Solow growth model with an important set of spillover effects by including the global warming caused by carbon emissions.
The Swedish Academy, in its message on the laureates, explains that U. Nordhaus and P. Romer created economic models which explain how the merket economy interacts with nature and knowledge.
Nordhaus became the first person to design simple, but dynamic and quantitative models of the global economic-climate system, now called integrated assessment models(IAMs).
In the 1970s,when he was a young faculty member at Yale University, William Nordhaus keenly studied the emerging evidence on global warming and its likely causes and concluded that he had to do something.
According to Nordhaus' research, the most efficient remedy for the problems caused by greenhouse gas emissions would be a global scheme of carbon taxes that are uniformly imposed on all countries.
It appeared in 2001edition of the seminal textbook Economics by Samuelson and Nordhaus[6] on the inside back cover in the"Family Tree of Economics," which depicts arrows into"Modern Mainstream Economics" from J.M. Keynes(1936) and neoclassical economics(1860- 1910).
Nordhaus took on the daunting task of examining bidirectional feedback loops between human activity and the climate, combining basic theories and empirical results from physics, chemistry, and economics.
This year's laureates,Paul M. Romer and William D. Nordhaus, have broadened the scope of economic analysis by designing the tools that are necessary to examine how the market economy has a long-term influence on nature and knowledge.
This year's laureates Nordhaus and Romer have significantly broadened the scope of economic analysis by constructing models that explain how the market economy interacts with nature and knowledge.
According to Nordhaus' research, the most efficient remedy for the problems caused by greenhouse gas emissions would be a global scheme of carbon taxes that are uniformly imposed on all countries.
William Nordhaus began his work in the 1970s, after scientists had become increasingly concerned about how the combustion of fossil fuels causes serious global warming, and the detrimental effects of such climate change.