Water in the Timor Sea Drainage Division report

A report to the Australian government for the CSIRO Northern Australia Sustainable Yeilds Project. August 2009
The Daly is one of six regions covered in this report. Water resources are assessed using available historical data and modelling under various climate scenarios. Knowledge gaps are identified.

http://www.csiro.au/science/NASY-Timor-Sea.html

High and low flow regime changes at environmental assets across northern Australia under future climate and development scenarios

DL McJannet, JW Wallace, A Henderson and J McMahon, December 2009.
A report to the Australian government from the CSIRO Northern Australia Sustainable Yields Project.
This report summarises the assessment of the impact of current and predicted future water resources development on key environmental assets. It includes technical details on the approaches used and data produced and summarises data and knowledge gaps which must be addressed for robust future sustaianble yeilds assessments.

http://www.csiro.au/partnerships/NASY-Science-Reports.html

Diffuse groundwater recharge modelling across northern Australia

Russell S. Crosbie, James L. McCallum and Glenn A. Harrington, December 2009
A report to the Australian government from the CSIRO Northern Australia Sustainable Yeilds Project.
This report investigates the impact of climate changes scenarios on groundwater recharge in a range of north Australian catchments.

http://www.csiro.au/partnerships/NASY-Science-Reports.html

Analysis and compilation of climate data for six key centres in Northern Australia

J. A. Motha and M. Dilshad
Dept. of Lands Planning and Environment, August 1996
This report describes the procedures followed to compile the required climate data, to run the LAMSAT Model, for Darwin, Katherine, Kununurra, Tennant Creek, Alice Springs and Douglas Daly. Data for Douglas Daly is discussed and presented in detail.

Long-term characteristics of seasonal rainfall at Katherine, Northern Territory

W. S. Mollah, W. Launey and M. A. Haynes
Australian Geographical Studies, 29, 71-92, 1991