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The Australian Government's Innovation Report

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<strong>The</strong> experiment design included observations for both<br />

testing and running a variety of models. <strong>The</strong> measurement<br />

platforms included two high-tech weather radar<br />

systems, four cloud radars, three laser radars, lightning<br />

detection and many other surface-based observations<br />

as well as aircraft measurements of aerosols, water<br />

content and ice crystals inside the clouds. <strong>The</strong> team<br />

launched over 1000 weather balloons during the intensive<br />

observing period. It involved a range of low, mid and<br />

high altitude research aircraft from Europe, Australia<br />

and the US. Australia’s National Facility for Marine<br />

Research, Research Vessel Southern Surveyor, operated<br />

as a floating laboratory in the Timor Sea. Participants<br />

came from a range of research agencies, universities,<br />

and meteorological services across the globe. <strong>The</strong> team<br />

included students from Australia and around the<br />

world and retired weather observers led the balloon<br />

teams at remote sites.<br />

<strong>The</strong> campaign resulted in one of the most complete<br />

sets of data ever collected describing tropical convection<br />

and cloud properties, which will enhance weather and<br />

climate prediction models and be a core research<br />

resource for many years.<br />

NASA’s Proteus high-altitude aircraft was one of the research aircraft which<br />

flew missions during the Tropical Warm Pool International Cloud<br />

Experiment campaign. (Photo credit: NASA).<br />

Protecting Australia from invasive<br />

diseases and pests<br />

Agricultural pests and diseases: Agricultural pests<br />

and diseases are an increasingly significant challenge<br />

for Australia and the region. ACIAR has secured mutual<br />

gains with regional countries to enhance the protection<br />

of Australia and neighbouring countries from invasive<br />

pests and diseases.<br />

Recent research outputs have delivered improved<br />

diagnostic techniques across a range of crops and animal<br />

species, disease resistant crop breeding and improved<br />

control mechanisms. Such achievements are directly<br />

beneficial to Australia’s quarantine protection processes<br />

while also assisting developing countries to<br />

compete in the biosecurity arena with both trade and<br />

human health benefits.<br />

Student volunteers prepare to release a weather balloon at Mt Bundy<br />

station on the Adelaide River, Northern Territory as part of the regular 3-<br />

hourly release program during the Tropical Warm Pool International<br />

Cloud Experiment campaign.<br />

An external review of the Animal Health programme<br />

was completed in 2006 and an action plan with emphasis<br />

on trans-boundary diseases, zoonotic diseases and<br />

endemic production impediments has been agreed.<br />

Current projects that serve to protect Australia from<br />

invasive diseases and pests include a study on the<br />

biology, damage levels and control of red-banded mango<br />

caterpillar in Papua New Guinea and Australia, and a<br />

project on improved farming systems for managing<br />

soil borne pathogens of ginger in Fiji and Australia.<br />

Research Vessel Southern Surveyor<br />

Photo credits: BMRC<br />

Chapter 3 - National research priorities 115

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