The study updates the estimates of the impact provided in IAS 17. It highlights two important issues. First, the total benefits from this research activity and subsequent follow-up activities have increased substantially, from a net present value of benefits of nearly $500 million to nearly $2.0 billion. This provides a benefit-to-cost return of over 250:1 and an internal rate of return of 74%. Second, the capacity building included as an important component of the original project has been crucial in sustaining and extending the impact of the research.

Salinity and waterlogging are significant problems in a wide range of agricultural areas throughout the world. It has been found that some Australian species, including species in the genera Eucalyptys and Acacia, have adapted to thrive in these conditions. Bioremediation using such trees has often been suggested as a potentially lower-cost alternative to physical methods, however adoption has not been high. This is probably due to the development costs and relatively long investment periods before seeing a return.

This impact assessment focused on two ACIAR mango projects, looking at production cycles and quarantine requirements in export markets. The production cycle project was a high risk project in a very complex area and initiated further research. The quarantine requirement project was a lower risk project and it generated significant returns on investment.

Eucalypt species are relatively free of pests and diseases when introduced into new environments, which has led to large areas under plantation throughout the world. However as the plantation areas increase so does the threat of pest and disease introduction. This ACIAR project found new genetic material with enhanced disease resistance. It also used climatic modelling to identify high disease-risk regions. 

The dairy industry is a large and important sector for India and availability of quality feed is a significant issue for cow productivity. The ACIAR project assessed in this impact study focused on this major constraint and adapted some technologies readily available in Australia to suit the types of feed available in India. The impact was shown to be substantial, with a benefit to cost ratio of 124:1.

This project uncovered new sorghum plant material with characteristics of considerable potential benefit to Australia. Through other Australian funding, this was subsequently developed into a new variety. Although no new sorghum varieties were developed in India, it markedly enhanced the capacity of the Indian collaborators in some new biotechnology research techniques. This enhanced capacity aided successful application for funding from other sources.

Australian tree species are being used extensively throughout the world because of their rapid growth and adaptability to many (harsh) environments. This study looks at the impact on Vietnam of some past ACIAR research activities. It shows that, through adaptation, significant improvements in productivity can be achieved by selecting tree provenances that are best suited to specific environments.

Mite pests of bees are one of the major production constraints facing the apiary industry throughout the world. In most countries, the mites are present and have a significant impact on productivity and production costs. In Australia, the only country in the world without these mites, the maintenance of effective quarantine strategies against them is a major aim. ACIAR has funded research on these pests for about 15 years, which has made a significant contribution internationally to a better understanding of the mites, especially species, and their host conditions.

The forestry sector in China is a major contributor to economic growth. The development of fast-growing, high-yeilding plantations for wood production has made a significant contribution to this sector. This report documents the story of Chinese forestry development.

Capacity building and training have long been recognised as an important component of most research-for-development activities.

Irrigation systems in most of Vietnam, like in many countries, are public systems.

CAB International is one of the International Agriculture Research Centres that ACIAR provides funding for in its multilateral program.

ACIAR provided the Science and Innovation Commissioned Study with a submission detailing it's unique and interesting role which transcends both Australia's aid program and its innovation system.

This report took the opportunity of an existing survey in India to try to measure poverty-reduction impacts of research.

While funding research in developing countries, ACIAR also delivers benefits to Australia and, in particular, to Australian agriculture.

To meet the escalating demand for animal protein in the Asia-Pacific region, ACIAR's challenge is to underpin the sustainability of increased livestock and fisheries production for poor farmers and consumers.

Economic analysis of project benefits and costs suggests that the total investment in fruit fly research will deliver considerable benefits, mainly to Fiji, but also to Tonga, Samoa, the Cook Islands and Vanuatu.

This report describes a benefit-cost analysis carried out to quantify the economic impacts in Vietnam from adoption of the mud crab hatchery technology developed by two ACIAR-funded projects.