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Forest Canopy Density
Monitoring in the Siwaliks of Yamunanagar
District, India
Sandeep
Gupta*, Anuradha, Shant
Kumar, Karuna
Institute of Environmental
Studies, Kurukshetra University
Kurukshetra,
Haryana-136119, India
*Email Id: drsandeep.gupta@kuk.ac.in
DOI:10.70497/ewijst.2023.0103
Landsat image;
FCD indices;
Forest degradation;
Afforestation
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Abstract
This work examine the
forest canopy density (FCD) in the Siwalik region of the Yamunanagar district in the northern part of India. The
study area includes the lower and upper part of the Siwalik region
constituting 6.33% (112.08 sq. Km) of the total geographical area of the district (1768 sq. Km). The Landsat 9 satellite images
acquired on 15 December 2022 and Rikimaru's FCD
model to estimate the density of forest canopy is used as an input. The
result shows that 89.11% (99.88 sq. Km) of the Siwalik forest
of the study area is covered with canopy of different density categories.
The FCD classification result indicate that: i)
0.35% (0.39 sq. Km) area is
moderately dense canopied forest having density 10-40%, ii) 86.22% (96.64 sq. Km) area is dense canopied forest having
density 40-70% and iii) 2.55% (2.85 sq. Km) area is very dense canopied forest
having density more than 70%. The field visit confirm
the study area is rich in Sal, Khair, Papri, Dhak, Shisham and
other important tree species of commercial and medicinal importance. The
result shows a requirement of forest cover expansion through afforestation
and afforestation activities.
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