Abstract

The importance of forest ecosystems for ecological balance and as a reservoir of genetic heritage and biodiversity is evident, the need for conservation is further exalted by the great anthropic pressure suffered by these ecosystems due to the increasing demand of the forest sector. The possibility of using biotechnological practices to combine conservation with sustainable economic development emerges as a promising alternative for the recovery and use of forest species, especially those threatened with extinction. The aims of the article is to demonstrate the main aspects of Forest Biotechnology with regard to conservation and the continuity of the supply of the demand of the economic sector. The central role of wood in economic development has led to the intense exploitation of forest ecosystems, which has resulted in the loss of biodiversity and reduced capacity to meet the demands of the sector. The tools of forest biotechnology, when employed in the optimization of conservation, allow a compatibilization with commercial production, acting as instruments of sustainable development. Forestry Biotechnology acts as an instrument to reconcile conservation with economic development, including forests at the heart of a strategy for a sustainable future.

Highlights

  • Forest areas cover about 30% of the Earth's surface, serving as a reservoir of more than one trillion tons of carbon

  • Together with other plant associations, forest formations act as large reservoirs of genetic heritage, providing means for the perpetuation, development and evolution of the species that occur in them (TEEB, 2010; FAO, 2016)

  • The prospects of Forest Biotechnology should be directed towards the development of new methodologies and techniques of production, mainly ex situ, that can be applied in a way that enhances local biodiversity and promotes conservation

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Summary

INTRODUCTION

Forest areas cover about 30% of the Earth's surface, serving as a reservoir of more than one trillion tons of carbon. In 2000, the projection was for a 20% increase in wood demand by 2020 (Boerjan, 2005), given the tendency of developed countries to reduce the use of nonrenewable resources by replacing them with renewable resources (Bhalerao et al, 2003). In this context, the objective of this article is to review aspects of Forest Biotechnology regarding the conservation or maintenance of forest ecosystems, in order to maintain forest production to meet the demands of the economic sector. The procedures used to prepare the review involved a bibliographical research, having as an instrument of secondary data collection articles published in scientific journals and made available in the Web of Science

FORESTRY ECONOMIC DEVELOPMENT
South America
SUSTAINABLE DEVELOPMENT IN THE FOREST SECTOR
Their main contributions are represented by the
Findings
CONCLUSION
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