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VOL. 11, ISSUE 1 (2026)
Nanotechnology in forestry: Revolutionizing sustainable forest management and products
Authors
Sneha Dobhal, Praveen, Raj Kumar, Shweta Bhatt, Aakansha Porswal
Abstract
As the new emerging industry, nanotechnology
has high application prospect in the development of the forested based
industry. This type of nanomaterials has the specific ability of processing
material in the nano level that has definite prospect in resolving the problems
which confront conventional forestry techniques. However, given the growing
global demand for valuable and high-strength wood products, and the concern for
the sustainable uses of the forest resources, nanotechnology has emerged as
novel promising avenue. Despite, the fact that nanotechnology in forestry is at
its infancy; there are possibilities of application of nanotechnology in
environmentally friendly new material production, in monitoring the
environment, in nutrient delivery, and timber protection. There are also new
innovative technologies under research and development include; nanosensors,
nanofertilizers and advanced coatings. With this, improvements may include
enhanced growth rates, enhanced capability to pests and other environmental
stress factors, decreased requirement for inputs such as water and fertilizers
and greater commercialization of valued wooden goods. Such types include
water-saving nanomaterial, nanomaterial for carbon capture, and
fungicidal/antibacterial nanomaterial for preservation of wood, which are more
sustainable in terms of their impact to the forest as well as the economy.
However, this technology surprisingly provides details with adverse
environmental and health consequences, cost of production, and most importantly
the lack of softer measures such as: adequate legislation. O-level, which opens
up unprecedented opportunities to solve challenges faced by traditional
forestry methods. With the ever-increasing global demand for high-performance
wood products and the sustainable management of forest resources,
nanotechnology is now recognized as a possible innovative direction. Although
nanotechnology in forestry is an emerging field, opportunities exist in
eco-friendly material development, environmental monitoring, nutrient
management, and wood protection. Innovative technologies are also being studied
and developed such as nanosensors, nanofertilizers and advanced coatings.
Improvements may include increased growth rates, improved pest resistance and
tolerance to environmental stress, reduced resource inputs, and high-value wood
products. Applications of nanomaterials include water-saving nanomaterial,
nanomaterials for carbon capture, and nanomaterials as wood preservatives, all
of which enable ecologically and economically more sustainable forestry.
However, this technology, unfortunately, presents details with negative
environmental and human health impact, the production cost, and the absence of
appropriate regulatory frameworks. The challenges of risk assessment for
incorporating nutrition knowledge, standardizing testing mechanisms and the
effects of nanomaterials on the environment can only be addressed through the
ongoing research. It takes a lot of work to ensure the safety and stabilization
of nanotechnology in the future. This will include formulation of policy,
sensitization of the public domain and collaborations with other scholars. By
responding to these requirements, the forestry industry will be well positioned
to exploit nanotechnology in a manner that fosters innovation, sustainability
and international environmental goals.
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Pages:43-49
How to cite this article:
Sneha Dobhal, Praveen, Raj Kumar, Shweta Bhatt, Aakansha Porswal "Nanotechnology in forestry: Revolutionizing sustainable forest management and products". International Journal of Botany Studies, Vol 11, Issue 1, 2026, Pages 43-49
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