The physics of numerical analysis: a climate modelling case study | Philosophical Transactions
of the Royal Society A: Mathematical, Physical and Engineering Sciences logo logo Skip main …

The societal need for reliable climate predictions and a proper assessment of their
uncertainties is pressing. Uncertainties arise not only from initial conditions and forcing …

Inexact hardware design, which advocates trading the accuracy of computations in
exchange for significant savings in area, power and/or performance of computing hardware …

Physics World March 2011 the Meteorological Office in the UK, have many other demands
on their computing resources. For one thing, they need to develop numerical algorithms that …

The astonishing development of computer technology since the mid-‐‑20th century has
been accompanied by a corresponding proliferation in the numerical methods that have …

The Climate Modelling Toolkit (CliMT) is a Python-based software component toolkit
providing a flexible problem-solving environment for climate science problems. It aims to …

Error Dynamics and Coupling Procedures in Mathematical Climate System Models Page 1
Error Dynamics and Coupling Procedures in Mathematical Climate System Models RVN Melnik …

The Earth system—comprising atmosphere, ocean, land, cyrosphere and biosphere—is an
immensely complex system, involving processes and interactions on a wide range of space …

Many excellent textbooks describe the physics of climate and give an introduction to the
processes that interact and feedback to produce the earth's weather and climate [178, 79 …

In the 1960s, theoretical biologist Richard Levins criticised modellers in his own discipline of
population biology for pursuing the “brute force” strategy of building hyper-realistic models …