Recently a number of scientists have proposed substantial changes to the practice of climate modeling, though they disagree over what those changes should be. We provide an overview and critical examination of three leading proposals: the unified approach, the hierarchy approach and the pluralist approach. The unified approach calls for an accelerated development of high-resolution models within a seamless prediction framework. The hierarchy approach calls for more attention to the development and systematic study of hierarchies of related models, with the aim of advancing understanding. The pluralist approach calls for greater diversity in modeling efforts, including, on some of its variants, more attention to empirical modeling. After ide...
This is the second of three parts of an introduction to the philosophy of climate science. In this s...
Scientists extensively use mathematical models of Earth’s climate, executed on the most powerful com...
Climate observations, research, and models are used extensively to help understand key processes und...
Recently a number of scientists have proposed substantial changes to the practice of clima...
To understand Earth's climate, climate modelers employ a hierarchy of climate models spanning a wide...
Climate models is a very broad topic, so a single volume can only offer a small sampling of relevant...
Many recently updated climate models show greater future warming than previously. Separate lines of ...
This project asks: what might we learn from today’s climate models? This is a tremendously important...
Should we strive to construct climate models of lasting value? Or should we accept the inevitable ob...
Convergence of model projections is often considered by climate scientists to be an important object...
Based on issues recently raised on the future of climate science, I present here a critical discussi...
To mark the tenth anniversary of Nature Climate Change, we asked a selection of researchers across t...
Earth System Models (ESM) are key ingredients of many of the climate services that are currently bei...
© The Author(s), 2018. This article is distributed under the terms of the Creative Commons Attributi...
This is the second of three parts of an introduction to the philosophy of climate science. In this s...
Scientists extensively use mathematical models of Earth’s climate, executed on the most powerful com...
Climate observations, research, and models are used extensively to help understand key processes und...
Recently a number of scientists have proposed substantial changes to the practice of clima...
To understand Earth's climate, climate modelers employ a hierarchy of climate models spanning a wide...
Climate models is a very broad topic, so a single volume can only offer a small sampling of relevant...
Many recently updated climate models show greater future warming than previously. Separate lines of ...
This project asks: what might we learn from today’s climate models? This is a tremendously important...
Should we strive to construct climate models of lasting value? Or should we accept the inevitable ob...
Convergence of model projections is often considered by climate scientists to be an important object...
Based on issues recently raised on the future of climate science, I present here a critical discussi...
To mark the tenth anniversary of Nature Climate Change, we asked a selection of researchers across t...
Earth System Models (ESM) are key ingredients of many of the climate services that are currently bei...
© The Author(s), 2018. This article is distributed under the terms of the Creative Commons Attributi...
This is the second of three parts of an introduction to the philosophy of climate science. In this s...
Scientists extensively use mathematical models of Earth’s climate, executed on the most powerful com...
Climate observations, research, and models are used extensively to help understand key processes und...