Integrated Management of Healthy Citrus Gardens

One cause of low productivity of citrus in Indonesia is an attack CVPD (Citrus Vein Phloem Degeneration). Diseases caused by Liberobacter asiaticum can be transmitted by seeds that have been infected CPVD, or through insect vectors, ie leafhopper (Diaphorina citri). This disease should be wary of any attempts at rehabilitation or citrus agribusiness development.

CVPD disease control strategies through the Integrated Management of Healthy Citrus Gardens (IMHCG), includes five technology components, namely: (1) using a labeled disease-free citrus seedlings, (2) controlling insects vectors (D. citri) transmitters CVPD carefully, (3) conduct field sanitation carefully, (4) maintaining optimal plant, (5) consolidation of farm management in a development target area. IMHCG be effectively applied to new development areas or areas to be rehabilitated that has been free of citrus trees infected CVPD at least 5 km radius.

Sorghum Cultivation Ratoon System

Sorghum is one of the Cereal crops that can adapt to a broad and prospective development on marginal land, especially on dry land. The average productivity of sorghum stems ranged between 30-50 tonnes / ha and leaves 20-40 tonnes / ha. Potential biomass sorghum can also be improved further by optimizing the potential of sorghum ratoon. The specialty of the sorghum crop is the ability to grow back after being cut or harvested called ratun. Ratoon sorghum can be done 2-3 times, so it can meet the needs of sorghum biomass raw materials or sustainable seed. Planting ratoon not involve the planting of seeds for regeneration using stem, and is a useful tool to start cultivation in drought conditions. Cultivation of sorghum with ratoon system has been applied by farmers in dry areas. Not only in Indonesia but also in India, Africa, and even the United States.

Rice Varieties that Emit Low Methane

The issue of global warming of the planet caused by increased concentrations of greenhouse gases in the atmosphere, one of which is methane (CH4). The amount of methane gas emissions in the atmosphere that comes from paddy fields affected by various factors, among others: varieties, nutrient management, and water management or water regime.

Master Ducks (Commercial Seed Laying Superior)

The potential of ducks in Indonesia is quite large, as evidenced by the presence of local ducks are highly variable due to the influence of both genetic abilities or due to environmental influences. To increase the productivity of local ducks, as well as to produce seeds ducks that have the ability to adapt to the environment, it has done a series of studies in IRIAP. Research directed towards the evaluation of the ability of the production of various types of local ducks, and eventually obtained a MA hybrid ducks (Mojosari x Alabio) called master duck. The ducks are expected to adapt to the environment, and potentially serve as a commercial seed producer of eggs with caged systems.