8 Flashcards
When housing is built for horses, it should provide for:
- Welfare of the horses
- Safety, health, and comfort of human handlers
- Efficient use of labor
- Cost-effectiveness
The environment involves four main areas:
Physical
Social
chemical
Biological
environment includes such things as temperature, heat-loss factors, stall space, feeder space, and flooring.
Physical Environment
environment involves behavioral considerations related to how horses interact with other horses.
Social Environment
includes water quality; various gases such as oxygen, carbon dioxide, and ammonia; and air contaminants like dust and molds.
Chemical environment
environment primarily includes disease organisms in the air, water, feed, stall materials, and other animals.
Biological Environment
Several items must be considered in the preconstruction planning stage:
- Purpose of the facility
- Regulatory requirements
- Number and breed of animals to be housed
5. Budget - Room for future expansion
6. How layout facilitates day-to-day activities
Metal is a low-maintenance siding material, and it is available in pre-painted finish colors that will last 15 to 20 years without refinishing. However, metal siding is subject to damage when exposed directly to livestock.
Siding
can be of aluminum or steel
Roofing. Metal roofing
is an increasingly important part of modern farm building construction. Even buildings that are considered cold structures are minimally insulated to moderate summer and winter temperature extremes.
Insulation
in farm buildings are almost infinite (Figure 8.3). A performance specification rather than identification of a specific material usually will provide a better comparison among building manufacturers.
Interior Finish.
Items that should be considered in developing performance specifications include:
- Mechanical strength. If interior finish is exposed to animals, it will have to take considerable abuse.
- Moisture resistance
- Ease of cleaning
- Color
Ventilation. A good ventilation system must :
(1) provide fresh air to meet the respiration needs of the animals,
(2) control the moisture buildup within the structure,
(3) move enough air to dilute any airborne disease organisms produced within the housing unit, and
(4) control and/or moderate temperature extremes.
The basic process that occurs with all successful ventilation systems is as follows:
- Cool, dry air is drawn into the building.
- Heat and moisture are added to the air.
- Warm, wet air is expelled from the building.
is the most common and cost-effective ventilation system for horses.
Natural ventilation