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Landscaping and performance of some aesthetic plant species in hot, arid conditions of India

Journal of Forestry Research 2012年第2期23卷 305-309页

作者： Rajesh Kumar Gupta pradeep chaudhry Rameshwar Lal Srivastava Arid Forest Research Institute New Pali Road Jodhpur-342005 India

Establishment of ornamental and aesthetic plants in hot, arid conditions of India is difficult due to the prevailing climatic, edaphic and biotic factors. Effect of turfgrass on the growth of ornamental plants in hot arid conditions has not been studied so far anywhere in the world. A study was conducted on the campus of Arid Forest Research Institute, Jodhpur, India to assess the performance of a few ornamental plant spe- cies in combination with turfgrass and without turfgrass with respect to different soil tilling intervals. Growth of plants was better with turfgrass than without turfgrass. We suggest adopting a soil tilling interval of 30 days to achieve optimum growth of ornamental plant species in terms of height and crown diameter. Our results can help reduce labor costs and achieving better landscapes in fewer days in hot urban conditions of Indian sub continent.

关键词： omamental plants soil working interval Thar Desert turf grass urban forestry & urban greenery

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Urban Vegetation and Air Pollution Mitigation:Some Issues from India

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Chinese Journal of Urban and Environmental Studies 2016年第1期4卷 7-16页

作者： ANAMIKA Avni pradeep chaudhry Department of Chemistry MCM DAV College Indian Institute of Forest Management

Urban greenery generates significant ecosystem services and contributes to improving environmental quality, quality of life, and sustainable urban development. Research on various aspects of urban forestry such as carbon sequestration, removing air pollutants, reducing noise, providing recreational amenity benefits is in infancy stage in India. This paper reviews some significant studies in the field of air pollution removal by urban vegetation in developed and developing countries including India. Some issues related to development and research in the field of urban greenery and future management strategies to be adopted in India have been discussed in the paper.

关键词： Urban forest ecosystem services air quality improvement air pollutant removal Indian cities

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Assessment of Above-and Below-Ground Carbon Pools in a Tropical Dry Deciduous Forest Ecosystem of Bhopal, India

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Chinese Journal of Urban and Environmental Studies 2020年第4期8卷 60-76页

作者： Subhajit KARMAKAR Bhabani Sankar PRADHAN Ankit BHARDWAJ B.K.PAVAN Rishabh CHATURVEDI pradeep chaudhry Indian Institute of Forest Management

This study estimated 18.35 Mg C/ha in standing biomass of natural forest and 15 Mg C/ha in Hardwickia binata Roxb. plantation in a tropical dry deciduous forest located in the capital city of Madhya Pradesh. The study area of Indian Institute of Forest Management(IIFM), Bhopal,resembled a degraded dry scrubland in 1988 and for over about three decades, the degraded forest recovered remarkably, and ecological processes evolved favorably with canopy cover reaching over 60% in some patches and about 50% in general at most part of the campus. The study was conducted in 18 randomly laid plots in natural forest and over one-acre(0.405-ha) plantation area of Hardwickia binata for assessing the above-ground biomass, below-ground biomass and subsequent carbon content. The lower-diameter classes accounted for the maximum above-ground biomass, basal area and tree density. The forest is predominantly occupied by Leucaena leucocephala, an exotic tree species which showed higher standing biomass carbon storage of 3.79 Mg C/ha followed by Holoptelea integrifolia(2.11 Mg C/ha), Azadirachta indica(1.29 Mg C/ha),Gardenia latifolia(1.26 Mg C/ha) and Lannea coromandelica(1.24 Mg C/ha) besides Hardwickia binata plantation(15 Mg C/ha). It is recommended to plant and promote local native tree species in the urban forests of tropical dry deciduous nature as a means to mitigate climate change effects.

关键词： Above-ground biomass carbon stock basal area urban forest tropical dry deciduous forest carbon dioxide sequestration

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