Transactions of the Department of Agriculture of the State of Illinois with reports from county and district agricultural organizations for the year ...

38

Annual report of the Agricultural Experiment Station / Cornell University, College of Agriculture.

1890

Seeds and plants imported / U.S. Department of Agriculture.

14-25, 1909-1911

Inventory of seeds and plants imported / U.S. Department of Agriculture, Bureau of Plant Industry.

62-73, 1923-1924

Agriculture of Maine : ... annual report of the Commissioner of Agriculture of the State of Maine.

1916

Agriculture of Maine. ... annual report of the Secretary of the Maine Board of Agriculture.

1863

Agriculture of Maine : ... annual report of the Commissioner of Agriculture of the State of Maine.

1902

Agriculture of Maine : ... annual report of the Commissioner of Agriculture of the State of Maine.

1903

Agriculture of Maine. ... annual report of the Secretary of the Maine Board of Agriculture.

1862

Agriculture of Maine. ... annual report of the Secretary of the Maine Board of Agriculture.

1880

Agriculture of Maine : ... annual report of the Commissioner of Agriculture of the State of Maine.

1911

Agriculture of Maine : ... annual report of the Commissioner of Agriculture of the State of Maine.

1908

Annual report of the Office of Experiment Stations ... / U.S. Department of Agriculture.

1905

What do academic libraries have to do with Open Educational Resources? Theme : Long term sustainability of open education projects first steps to start up

This paper will discuss the possible roles of academic libraries in promoting, supporting, and sustaining institutional Open Educational Resource initiatives. It will note areas in which libraries or librarians have skills and knowledge that intersect with some of the needs of academic staff and students as they use and release OERs. It will also present the results of a brief survey of the views of some OER initiatives on the current and potential role of academic libraries.

Sustainability of vector control strategies in the Gran Chaco Region: current challenges and possible approaches

Sustainability has become a focal point of the international agenda. At the heart of its range of distribution in the Gran Chaco Region, the elimination of Triatoma infestans has failed, even in areas subject to intensive professional vector control efforts. Chagas disease control programs traditionally have been composed of two divorced entities: a vector control program in charge of routine field operations (bug detection and insecticide spraying) and a disease control program in charge of screening blood donors, diagnosis, etiologic treatment and providing medical care to chronic patients. The challenge of sustainable suppression of bug infestation and Trypanosoma cruzi transmission can be met through integrated disease management, in which vector control is combined with active case detection and treatment to increase impact, cost-effectiveness and public acceptance in resource-limited settings. Multi-stakeholder involvement may add sustainability and resilience to the surveillance system. Chagas vector control and disease management must remain a regional effort within the frame of sustainable development rather than being viewed exclusively as a matter of health pertinent to the health sector. Sustained and continuous coordination between governments, agencies, control programs, academia and the affected communities is critical.