ATTP and Eli have been
exploring the carbon cycle, with a few simple, but illustrative models.
Not exact matches
The new study, by researchers at the University of Vienna and the International Institute of Applied System Analysis
explores the role of microbial cheaters for soil
carbon and nitrogen
cycling using a computer model.
To
explore the potential importance of
carbon cycle feedbacks in the climate system, explicit treatment of the
carbon cycle has been introduced in a few climate AOGCMs and some Earth System Models of Intermediate Complexity (EMICs).
On that note,
cycling is a great way to reduce your
carbon footprint and also allows you to
explore the great outdoors, providing a more enjoyable and intense workout than gym - bound spin classes on a stationary bike.
Looking at the Chapt 8 Executive Summary, we find that they are merely
exploring the potential importance of
carbon cycle feedbacks.
To
explore the potential importance of
carbon cycle feedbacks in the climate system, explicit treatment of the
carbon cycle has been introduced in a few climate AOGCMs and some Earth System Models of Intermediate Complexity (EMICs).
Some ensembles (Stainforth) have
explored parameter space for atmosphere, but not oceans or
carbon cycle.
To
explore this matter further, a recent paper in Nature Geoscience (paywalled) by Andrew MacDougall, Christopher Avis and Andrew Weaver couples together climate and
carbon -
cycle models.
A new study (doi: 10.1038 / nature12350) published in nature,
explores the impacts of extreme weather events on the
carbon cycle.