Selected environmental impacts of forest harvesting operations with varying degree of mechanization

Climate change affects forest ecosystems, impacting timber production and eco-services. Conversely, sustainable forest management has been identified as a means to help mitigate carbon dioxide emissions, a greenhouse gas and contributor to climate change, while also maximizing multiuse benefits thro...

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Permalink: http://skupni.nsk.hr/Record/nsk.NSK01001065136/Details
Matična publikacija: Croatian journal of forest engineering (Online)
40 (2019), 2 ; str. 239-257
Glavni autori: Labelle, Eric R. (Author), Lemmer, Kevin J.
Vrsta građe: e-članak
Jezik: eng
Predmet:
Online pristup: https://doi.org/10.5552/crojfe.2019.537
Croatian journal of forest engineering (Online)
Hrčak
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100 1 |a Labelle, Eric R.  |4 aut 
245 1 0 |a Selected environmental impacts of forest harvesting operations with varying degree of mechanization  |h [Elektronička građa] /  |c Eric R. Labelle, Kevin J. Lemmer. 
300 |b Ilustr., graf. prikazi. 
504 |a Bibliografija: str. 255-257. 
504 |a Abstract. 
520 |a Climate change affects forest ecosystems, impacting timber production and eco-services. Conversely, sustainable forest management has been identified as a means to help mitigate carbon dioxide emissions, a greenhouse gas and contributor to climate change, while also maximizing multiuse benefits through close-to-nature silviculture. In this study, a life cycle assessment was performed on forest harvesting operations at three research sites to provide real-world understanding of the selected environmental impacts associated with harvesting systems typical of Germany: motor-manual (chainsaw and forest tractor), semi-mechanized (single-grip harvester, chainsaw, and forwarder), and fully-mechanized (single-grip harvester and forwarder). Environmental impact categories assessed included greenhouse gas emissions, particulate matter emissions, and non-renewable energy consumption. Results from the three research sites were estimated on a machine basis. The semi-mechanized system resulted in the lowest environmental impact, the majority of which was attributed to felling and processing operations. Next, the environmental impacts were estimated for a complete rotation period and compared amongst the different harvesting systems. According to results, semi-mechanized harvesting systems had the lowest impact over the full rotation period as well as for thinning treatments when compared to motor-manual and fully-mechanized systems. The fully-mechanized system performed the best for final felling treatments. Considering variability between the research sites as well as the system boundary assessed, a diversified approach to harvesting operations may be considered, integrating semi-mechanized and fully-mechanized systems for different treatments throughout the rotation period. 
653 0 |a Šumarska mehanizacija  |a Utjecaj na okoliš  |a Emisija stakleničkih plinova  |a Održivo šumarstvo 
700 1 |a Lemmer, Kevin J.  |4 aut  |9 HR-ZaNSK 
773 0 |t Croatian journal of forest engineering (Online)  |x 1848-9672  |g 40 (2019), 2 ; str. 239-257  |w nsk.(HR-ZaNSK)000843366 
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