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Vegetation and Forest in Nepal
Nepal’s forests and vegetation are categorized in a number of ways. We have made an effort to illustrate the various categorization schemes now in...
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A Comprehensive Review of Algal Exploration in Nepal
This paper reviews and explores trends and patterns in algal research in Nepal. Due to its potential uses in various industries, algal exploration in...
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Bryophyta Plant Diversity in Nepal
After the angiosperm, bryophytes are the second most diverse group of land plants. They mostly prefer to grow in moist or damp, and shady places....
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GH2 Networks: Production, Supply Chain, and Storage
Climate changes and the urgent need for clean energy in the international community and the acceleration of the improvement of the green economy add...
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Environmental Footprints, Economics, and Sustainability of Solar Thermal Desalination Systems
Solar energy is freely available in nature. However, in order to utilize it for desalination or wastewater treatment proper systems needs to be...
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Stepped Solar Thermal Desalination Systems
Reduction of basin water depth is a key parameter to improve the distillate production rate of solar stills. Minimal basin water depth indicates...
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Tubular Solar Thermal Desalination Systems
Advantage of tubular solar thermal desalination system is its higher condensing surface area compared to other systems. Moreover, it can be...
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Multi-effect Tubular Solar Thermal Desalination Systems
The performance and distillate productivity of tubular solar desalination system can be enhanced by recovering and reusing its latent heat of...
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Tilted Solar Thermal Desalination Systems
Tilted solar thermal desalination systems are relatively high productive than basin type systems. Moreover, its tilt angle can be adjusted as per...
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Solar Thermal Wastewater Treatment Systems
Wastewaters that are generally dumped into water bodies without any pre-treatment are mainly RO (reverse osmosis) reject and domestic sewage water....
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Vertical Diffusion Solar Thermal Desalination Systems
The productivity of solar stills can be enhanced significantly by reducing the gap between the evaporating and condensing surface. However, this is...
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Sustainable Packaging Solution from Agriculture Waste: Production of Bioplastic, Biocomposite, Biopolymer
In recent decades, the depletion of natural resources and growing environmental concern has increased the desire to find innovative methods to...
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Utilization of Agricultural Waste for Water and Wastewater Treatment Processes
This chapter explores the utilization of agricultural waste for water and wastewater treatment processes. The background highlights the increasing...
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Valorization Strategies for Agriculture Residue: An Overview
Agricultural residues or waste represent a significant portion of current global solid waste output. It is detrimental to the environment, society,...
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Hylotelephium maximum (L.) Holub. Crassulaceae
Hylotelephium maximum (L.) Holub.: Anacampseros alpestris Jord. & Fourr.; Anacampseros aprica Jord. & Fourr.; Anacampseros assurgens Jord. & Fourr.;...
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Verbena officinalis L. Verbenaceae
Verbena officinalis L.: Verbena officinalis subsp. officinalis; Verbena officinalis var. grandiflora Hausskn.; Verbena officinalis var. prostrata...
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Nuphar lutea (L.) Sm. Nymphaeaceae
Nuphar lutea (L.) Sm.: Nenuphar luteum Link; Nuphar rivularis Dumort.; Nuphar sericea Láng; Nuphar spathulifera Rchb.; Nuphar systyla Wallr.; Nuphar...
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Dryopteris carthusiana (Vill.) H.P. Dryopteris filix-mas L. Dryopteridaceae
Dryopteris carthusiana (Vill.) H.P.: Aspidium callipteris Wilms; Aspidium spinulosum (Retz.) Sw.; Aspidium spinulosum f. anadenium B.L.Rob.;...
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Ligustrum vulgare L. Oleaceae
Ligustrum vulgare L.: Ligustrum album Gueldenst. ex Ledeb.; Ligustrum angustifolium Gilib.; Ligustrum decipiens Gand.; Ligustrum insulare Decne.;...
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Hyoscyamus niger L. Solanaceae
Hyoscyamus niger L.: Hyoscarpus niger (L.) Dulac; Hyoscyamus agrestis Kit. ex Schult.; Hyoscyamus auriculatus Ten.; Hyoscyamus bohemicus F.W.Schmidt;...