The poultry industry in Uganda is mainly based on free-range (scavenging) indigenous chickens, kept at the subsistence level. Chicken population rose from 23.5 million in 2005 to 37.4 million in 2008; and most of these chicken (over 80%) were indigenous to the country. A survey was conducted in Central Uganda to assess the available feed resources for chicken. The study involved300 household heads purposively selected. A focus group discussion involving 50 farmers from the same community, was also involved. Issues related to feeds, especially high prices were the main factors contributing to reduced chicken production in the study areas. Less than 5% of the farmers knew the nutritive contents of the chicken feeds. Sixty percent gave alternative feeds depending on season of availability. There was a clear difference between farmers who had some knowledge about feed nutrient composition and those who had no idea. Furthermore, the competition between food and feed furthered the increase in feed prices, thus forcing producers to look for alternative feeds and locally available feeds. The possibility for utilising by-products for poultry feeds need research attention.

A study was conducted to review the effects of pre-incubation and incubation conditions on hatchability and chick quality of Kuroiler chickens. The most important incubation factors that affect hatch time, hatchability and hatch window (temperature, humidity, turning, and ventilation) were reviewed. There was a significant influence (P<0.05) of breeder age on hatchability. Also, there was significance (P<0.05) of breeder age on texture of the egg shell; while there was no significance (P > 0.05) between size of egg and hatch window. The performance of Kurolilers at the end of the rearing period depended, in part, on the quality of day-old chicks at placement. The quality of day-old chicks was highly affected by the incubation conditions, hatch time (which determines the time spent in the hatchery under high temperature and humidity), and handling of chicks after hatch.

The spatial soil fertility status of a 2.5 ha experimental plot was generated by mapping the soil nutrient concentration and fertility status using GIS kriging technique.

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