Could Cannabis provide an answer to climate change? (English)

in Journal of Industrial Hemp; 7, 1; 133-138
Journal of Industrial Hemp
HaworthPress , Binghampton; 2002

The article discusses the very real possibility that Cannbis could play a part in stabilizing a global environment. IPCC (Intergovernmental Panel on Climate Change) projections of climate change within the context of an industrial and therefore fuel dependent World consider the best possible strategies to remedy the situation; these strategies explicitly link the areas of agriculture, land use and society's demand for resources with the industrial utilisation of biomass. Utilisation of biomass in both the energy and transport sectors holds several benefits not least because these can be used to offset or substitute directly for fossil fuels thereby reducing emissions of Greenhouse Gases (GHGs), particurlarly carbon dioxide (CO2), while simultaneously sequestrating atmospheric CO2 via photosynthesis by creating and enhancing terrestrial carbon sinks. There exists at present much of the technology to translate this into a pragmatic climate change mitigation option with higher energy efficiency and lower unit capital costs than conventional methods of energy production. Cannabis cultivation could be used to promote environmentally beneficial methods of agriculture which could actually help secure a long-term strategy of land management, ensuring that food shortages do not occur. The greatest advantage for Cannabis cultivation as a method of climate change mitigation is in terms of logistics and the comparative ease with which this particular form of biomass could be integrated into the existing fossil fuel economy.

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Table of contents – Volume 7, Issue 1

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Tables of content are generated automatically and are based on records of articles contained that are available in the TIB-Portal index. Due to missing records of articles, the volume display may be incomplete, even though the whole journal is available at TIB.

7
The application of molecular markers in genetics and breeding of hemp
Mandolino, G. / Ranalli, P. | 2002
25
Epidemiology of the hemp borer, Grapholita delineana walker (Lepidoptera: Oleuthreutidae), a pest of Cannabis sativa L.
McPartland, J.M. | 2002
43
Comparison of enzymatically separated hemp and nettle fibre to chemically separated and steam exploded hemp fibre
Dreyer, J. / Müssig, J. / Koschke, N. / Ibenthal, W.D. / Harig, H. | 2002
61
Reinforced biocomposites from flax and hemp
Engberg Pallesen, B. / Logstrup Andersen, T. | 2002
83
Field interview schedule and questionnaire for investigating Cannabis use
Clarke, C. | 2002
89
The history of hemp in Norway
Bojer Vindheim, J. | 2002
105
Hemp as food at high latitudes
Callaway, J.C. | 2002
119
Natural fibres in the European automotive industry
Karus, M. / Kaup, M. | 2002
133
Could Cannabis provide an answer to climate change?
Deeley, M.R. | 2002
139
Hemp in Italy: A new research project
Ranalli, P. | 2002

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