Robert W. Bottcher

DUST AND ODOR EMISSIONS FROM TUNNEL VENTILATED SWINE BUILDINGS IN NORTH CAROLINA AND COMPARISON OF DIFFERENT ODOR EVALUATION METHODS

Applied Engineering in Agriculture, 20(3), 343–347.

Information needs related to extension service and community outreach

Bottcher, R. W. (2003, June). ENVIRONMENT INTERNATIONAL, Vol. 29, pp. 337–340.

Evaluation of thermal desorption for the measurement of artificial swine odorants in the vapor phase

Transactions of the ASAE, 45(5), 1579–1584.

An environmental nuisance: Odor concentrated and transported by dust

Bottcher, R. W. (2001, March). CHEMICAL SENSES, Vol. 26, pp. 327–331.

Characterization of odor components from swine housing dust using gas chromatography

Applied Engineering in Agriculture, 17(5), 659–661.

Design and analysis of a pilot scale biofiltration system for odorous air

Transactions of the ASAE, 43(1), 111–117.

Designs for windbreak walls for mitigating dust and odor emissions from tunnel ventilated swine buildings

Swine Housing : Proceedings of the First International Conference : October 9-11, 2000, Des Moines, Iowa, 174.

Dust and odor emissions from tunnel ventilated swine buildings in North Carolina

Air Pollution from Agricultural Operations : Proceedings of the 2nd International Conference, October 9-11, 2000, Des Moines, Iowa, 196.

Scent of a swine building: Tunnel ventilation problems test engineers' ingenuity

Resource, Engineering & Technology for a Sustainable World, 7(10), 13.

Development of a large paddle fan for cooling poultry

Applied Engineering in Agriculture, 14(1), 87.

Proximal tibiotarsal cancellous bone mechanical properties in broilers

Transactions of the ASAE, 40(5), 1469–1473.

Field measurements of fan speed and power use in poultry houses

Journal of Applied Poultry Research, 5(1), 56.

Effects of tilt angles on airflow for poultry house mixing fans

Applied Engineering in Agriculture, 11(5), 721.

Reducing heat stress in broilers -- vertically directed mixing fans as an alternative to tunnel ventilation

Misset World Poultry, 11(3), 24.

Vertically directed mixing fans for cooling floor-raised poultry

Applied Engineering in Agriculture, 11(4), 591.

Reducing mixing fan thermostat setpoints in naturally ventilated broiler housing during hot weather

Journal of Applied Poultry Research, 3(3), 289.

Tilt angles for mixing fans in poultry housing

Paper (American Society of Agricultural Engineers), (944001), 35.

Evaporative efficiency of a fogging fan for poultry

Applied Engineering in Agriculture, 8(6), 855.

Field comparison of broiler house mechanical ventilation systems in a warm climate

Applied Engineering in Agriculture, 8(4), 499.

Field evaluation of reflective bubble-pack insulation in broiler housing

Applied Engineering in Agriculture, 8(3), 369.

Modifying tunnel ventilation with continuous sidewall inlets

Paper (American Society of Agricultural Engineers), (92-4049), 11.

Thermography for evaluating thermal comfort of poultry

Paper (American Society of Agricultural Engineers), (92-4539), 10.

Ventilation of poultry buildings with exhaust fans at one end and continuous slot inlets along the sidewalls

Transactions of the ASAE, 35(5), 1673.

Characterizing efficiency of misting systems for poultry

Transactions of the ASAE, 34(2), 586.

Comparison of diurnal ventilation strategies for poultry

Paper (American Society of Agricultural Engineers), (91-4563), 25.

Analysis of misting and ventilation cycling for broiler housing

Transactions of the ASAE, 33(3), 925.

Field tests of reflective insulation and roof coating

Paper (American Society of Agricultural Engineers), (90-4515), 16.

Two forced-air cooling methods for poultry

Paper (American Society of Agricultural Engineers), (90-4025), 16.

Effects of misting and ventilation cycling on misting system performance

Paper (American Society of Agricultural Engineers), (89-4080), 31.

Field comparison of broiler house ventilation systems

Paper (American Society of Agricultural Engineers), (89-4528), 21.