Open Access. Powered by Scholars. Published by Universities.®

Animal Sciences Commons

Open Access. Powered by Scholars. Published by Universities.®

Articles 1 - 3 of 3

Full-Text Articles in Animal Sciences

On-Station Production Of Native Speargrass Hay In Western Australia, G L. Krebs, Robert R. Rouda, S P. Van Wyngaarden Oct 2003

On-Station Production Of Native Speargrass Hay In Western Australia, G L. Krebs, Robert R. Rouda, S P. Van Wyngaarden

Bulletins 4000 -

This report documents the practical and economic feasibility of on-station harvesting and production of speargrass hay and haylage and its subsequent feeding to cattle and sheep in the extensive regions of south-eastern Western Australia. Four hundred and ten bales weighing an average 275 kg were produced from a total harvested area of 40.6 ha in the vicinity of Duck Dam on Kanandah Station. In the lead up to harvesting, seasonal conditions were among the best on record. Half of the bales produced were further processed into haylage. Two feeding trials, involving wethers at Arubiddy and steers at Kanandah, were undertaken …


Towards Sustainability Of Data-Limited Multi-Sector Fisheries: Australian Society For Fish Biology Workshop Proceedings September 2001 - Fisheries Occasional Publication No. 5, Stephen J. Newman, Daniel J. Gaughan, Gary Jackson, Michael C. Mackie, Brett W. Molony, Jill St John, Patricia Kailola Jun 2003

Towards Sustainability Of Data-Limited Multi-Sector Fisheries: Australian Society For Fish Biology Workshop Proceedings September 2001 - Fisheries Occasional Publication No. 5, Stephen J. Newman, Daniel J. Gaughan, Gary Jackson, Michael C. Mackie, Brett W. Molony, Jill St John, Patricia Kailola

Fisheries occasional publications

No abstract provided.


Dam Design For Pastoral Stock Water Supplies, J S. Addison, R J. Law, G B. Eliot May 2003

Dam Design For Pastoral Stock Water Supplies, J S. Addison, R J. Law, G B. Eliot

Bulletins 4000 -

These notes provide information on many components of water harvesting storage systems designed for use in semi-arid areas. The notion of a water harvesting and storage system is deliberately emphasised. No single design component can be considered in isolation if the goal of a drought-proof water supply is to be achieved.

A drought-proof surface water supply is achieved by integrating the many design components of a water harvesting/storage system into a practical plan.