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changes in cave circulation on

speleothems.

(g) The effects of hydrology and air circulation,

aspects of cave physiology, each have roles
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whenever they grow sufficiently quickly for it
to be determined.

This work was initiated during a Royal Society joint
project grant between IJF and CS with assistance from
Anna Tooth, and funding continued under the UK
Natural Environment Research Council grants NER/T/
S/2002/00448 and NE/C511805/1 (IJF principal investi-
gator) and funding from the European Synchrotron Facility
(allocations ME1103 and EC104, SF principal investi-
gator). CS acknowledges laboratory assistance by Manuela
Wimmer, logistic support in Obir cave by Harald Langer,
and partial support from FWF grant Y122-GEO. EIMF
staff associated with this work are Nicola Cayzer, John
Craven and Richard Hinton. We thank staff at the former
NERC

Association, Huntsville, Alabama,

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ICP-MS facility at Kingston University for

their assistance and Dr Louise Male (University of

W. 1988. Processes in Karst Systems.

Birmingham) for the X-ray diffraction data.

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