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Mapping and Monitoring Invasive Plant
Species in Ranchi's Rural-Urban Gradient: Ecological and Socio-Economic
Perspectives
Rahul Kumar1*, Shambhu Nath Mishra2, Prasanjit Mukherjee3
1Department of Environmental Studies,
Rajdhani College, University of Delhi
2Institute of Forest Productivity,
Ranchi,
Indian Council of Forestry Research
& Education - Lalgutwa -835303, Ranchi, Jharkhand, India.
3Department of Botany, K.O. College, Gumla, Jharkhand
*Email: rahulandc@gmail.com
DOI: 10.70497/ewijst.2025.0106
Anthropogenic Disturbance;
Invasive Plant Species;
Biodiversity;
Encroachment;
Urbanisation
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Abstract
Invasive plant species
(IPS) are considered one of the major drivers of biodiversity loss,
altering ecosystem services and socio-economic conditions through different
mechanisms. The present study was conducted in Gutwa village, located near
Ranchi, where the encroachment of invasive plants was accelerated by
infrastructure and other anthropogenic activities. For the enumeration of
invasive plant species (IPS), the research site has been classified into
three groups: (1) G1 (infrastructure developed area); (2) G2 (developing;
infrastructure is going on), and (3) G3 (undeveloped or natural vegetation
dominant area). Field data have been collected from 15 quadrats, each
measuring 3 m x 3 m. Quantitative analysis has been done with standard
methods. Statistically, the variance of all
quadrats emphasises the dispersive nature of alien species within the group
of all quadrats. The risk of accidental invasion by alien species
may increase with rapid urbanisation and globalisation. To this end, the
present study aimed to document the harmful and beneficial uses of invasive
alien plant species along the rural-urban gradient in Gutwa village.
Therefore, it is necessary to consider actions to address the current
problems in Gutwa village, Ranchi, caused by invasive species and to
mitigate the problem's magnitude in the future. Management prospects can be
further strengthened by linking them to geospatial technologies (remote
sensing and GIS) to map and monitor the spread of IPS.
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