[Composting of poultry carcasses as an alternative method for disposal in case of an outbreak of an epizootic disease: first results].
Composting of poultry carcasses represents an alternative method for disposal in case of an outbreak of an epizootic disease. Two composting experiments, each with a different construction of the compost pile, were carried out in a stable. In the first experiment two layers of turkey carcasses were formed. This compost pile covered with straw was directly built on the ground. In the second experiment no layers of carcasses were formed, and it was assembled on straw bales covered with plastic foil. One part of this compost pile was covered with straw, the other one was additionally covered with plastic foil. In the first experiment in the upper layers of the compost pile temperatures of up to 54.9 degrees C were reached and the decomposition of carcasses was very advanced with no soft tissues remaining after 30 days. In contrast temperatures of only 45.2 degrees C were reached in the lower layers and decomposition was far less advanced. This difference in decomposition was most likely caused by the temperature difference observed. In the second experiment the near complete decomposition seen in the upper layers of the compost pile at the first trial, was not achieved. Decomposition was more advanced in the straw covered part of this compost pile than in the part covered with straw and plastic foil. On the other hand, higher temperatures of up to 48.4 degrees C were measured in the lower layers of this compost pile most likely as a result of the increased heat insulation in particular to the ground.
Schwarzlose
I
I
LAVES-Task Force Veterinärwesen.
Gerdes
U
U
Gerlach
G F
GF
Runge
M
M
Thalmann
G
G
Nöckler
A
A
Klarmann
D
D
Behr
K P
KP
Neumann
U
U
Seedorf
J
J
Hartung
J
J
Jeske
C
C
D000818:Animals; D002102:Cadaver; D004196:Disease Outbreaks / Q000662:veterinary; D011200:Poultry; D011201:Poultry Diseases / Q000453:epidemiology / Q000401:mortality; D012637:Security Measures; D012988:Soil Microbiology; D013696:Temperature; D013997:Time Factors; D018505:Waste Management / Q000379:methods*