Authors:
Ilie-Cosmin Cantar, Ion Chisalita, Lucian Dinca
Ilie-Cosmin Cantar, Ion Chisalita, Lucian Dinca
Conference: International Symposium “The Environment and the Industry”
Date: September 20-21, 2018
Location: Bucharest, Romania
Published: 2018
Keywords:
Black locust
Cooper ore
Oleaster
Tailing dumps
Wood
Abstract:
The present paper emphasizes the possibility of using wood from the plantations installed on waste heaps by analysing the density of wood mass and establishing the biomass of species planted on the waste heaps from Moldova Noua. In order to determine wood biomass for the analysed species, wood samples were gathered from a specific sample area. As such, their volume and mass were established both
before and after drying them in a stove at a temperature of 105 degrees Celsius for 24 hours. The plantations biomass was calculated by using wood density according to the work method previously described as well as the wood mass volume per hectare. The last element was determined after biometric measurements realized in
12 sample surfaces of 100 square meters each, arranged in four variants with three recursions. In the specific case of Moldova Noua waste heaps, the values obtained for wood density attest the high-quality wood of these plantations from the point of view of their density, in comparison with the wood from similar species grown
under favourable vegetation conditions. Furthermore, analysing the productivity of plantations installed on the waste heaps from Moldova Noua, attest the framing of these plantations in an inferior production class from a productive point of view. The papers conclusions discuss the obtained results in the context of data from specialty literature concerning the productivity and wood density of forest plantations from the waste heaps located in Moldova Noua.
before and after drying them in a stove at a temperature of 105 degrees Celsius for 24 hours. The plantations biomass was calculated by using wood density according to the work method previously described as well as the wood mass volume per hectare. The last element was determined after biometric measurements realized in
12 sample surfaces of 100 square meters each, arranged in four variants with three recursions. In the specific case of Moldova Noua waste heaps, the values obtained for wood density attest the high-quality wood of these plantations from the point of view of their density, in comparison with the wood from similar species grown
under favourable vegetation conditions. Furthermore, analysing the productivity of plantations installed on the waste heaps from Moldova Noua, attest the framing of these plantations in an inferior production class from a productive point of view. The papers conclusions discuss the obtained results in the context of data from specialty literature concerning the productivity and wood density of forest plantations from the waste heaps located in Moldova Noua.