This document appears to be a report from a tour of Gosainkund, Nepal led by Professor Amulya Tuladhar. The tour was intended for third year BSC students and included visits to various sites related to topics like vegetation change, agriculture/forestry links, environmental degradation theory, and sacred landscape conservation. The report includes maps of the route taken, photos from locations visited, and findings from discussions on issues like habitat destruction, conservation, and climate change impacts. It also presents population data showing depopulation in districts surrounding Kathmandu valley, with migrants likely moving to the valley.
3. GOSAINKUND TOUR
BSC 3RD YR 2014
TO SEE:
1. Tropic to Alpine Vegetation Change
2. Mountain Agriculture / Forestry Link
3. Himalayan Theory of Environmental
Degradation
4. Depopulation in Adjoining districts of KTM
5. Ethnic diversity
6. Climate Change Effects
7. Sacred Hill Landscape Conservation Approach
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19. Langtang National Park
(for the partial fulfillment of EESD 522:Conservation of Protected Areas)
A Presentation by
Vijaya Tamla
M.Ed. EESD (Third Semester),
Kathmandu University
December 22, 2011Gosainkund Tour
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20. Here we are at Langtang NP
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21. How to reach the Park?
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Source : Google Map
Entry Fee Per Person Per Entry
For Nepalese Nationals Free
For SAARC Nationals Rs. 100/-
For Other Foreign Nationals Rs. 1,000/-
(Note: Entrance fee not required for children under 10 years)
22. Introduction
Date of
Establishment
1976
Area 1710 sq. km. (Nuwakot, Rasuwa and Sidhupalchok)
Buffer zone 420 sq. km (in and around the park, established in
1998)
Highest Altitude Mount Himalchuli, 7,864 m
Climate Dry weather except January-February
September-May : glacial-craved cliffs, wild flowers,
livestock return to lower pastures
April : warm weather; red, pink and white
rhododendrons bloom, yak and chauri ascend
higher elevation
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27. Flora and Fauna
(Source : Bhuju, Shakya, Basnet, & Shrestha, 2007)
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7
Flora 1,043 species of vascular plants; 67
pteriodophytes, 976 flowering plants; 15
endemic.
Example: Sal, Chir pine, Rhododendron, Nepali
alder, larch, oak, hemlock, birch, silver fir, etc.
Fauna 45 mammals, 345 birds, four herpeto, and two
fish species.
Example: Musk deer, Himalayan tahr, Red
pandas, Himalayan black bear, Snow leopard,
Wild dog, Ghoral, Serow, etc.
28. Brrrr Cold Dhunche Morning…
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29. Highest number of floral species!!!
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Tuladhar
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Source : (Bhuju, Shakya, Basnet, & Shrestha, 2007)
30. LANGTANG NATIONAL PARK &
BUFFERZONE -AT A GLANCE
Park Established : 1976
Buffer Zone declared : 1998
Park Core Area : 1710 km2
Buffer Zone Area : 420 km2
No of BZ User Groups : 336
No of BZ Community
Forests : 78
No of BZ User Committees :
21
Latitude : 27056’20”
28 0 22” 02
Longitude : 85 012’13”
85 0 52’54”
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31. Bio-diversity in LNP BZ
Ecological Zones : 18
Birds : 300 Mammals : 46
Butterflies : 58
Fishes : 30
Reptiles : 11
Plant species : 1000
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33. Conservation Issues
• Eighteen types of Ecosystems and Fourteen types of
Vegetation are identified in LNP by Biodiversity
Profiles Project, BPP 1995
• Nineteen species of mammals found in LNP are
protected by CITES
• Twelve species of mammals, and two species of
birds are considered endangered and protected
under Appendix I of NPWC Act 1973
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35. Conservation Critiques
• Gosainkunda, Panch Pokhari and
Kyangjing wetlands (Ramsar site 2007)
are significant for biodiversity (WWF and
CITES) but enforcement officials are feebly
functional for monitoring of the lakes.
• Are the buffer zones in LNP successfully
contributing in reducing the biotic
pressure and sustainable management of
natural resources?
• Dead bodies of animals like adult Red
pandas snow leopards are found in jungle
or catchment areas, do all of those bodies
undergo sincere post mortem?
• Payment for Ecosystem Services has not
yet developed
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Snow Leopard
Photo Courtesy: Anonymous
38. Depopulated districts around
Kathmandu Valley
Group Members: Ashesh Acharya
Alisha Shrestha
Binita Sharma
Asmita Panta
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43. Findings summary
Indicators
Pull destination
Kathmandu Valley
Districts
Push sources 5 surrounding
depopulated districts
Total change in population 2001-2011 (%) 51.01% -2.88%
Total population change per year (%) 5.10% -0.28%
Change in male population (%) 1465934 (47.46%) Less 42487 (-6.42%)
Change in female population (%) 1466475 (52.43%) Less 15233 (-2.17%)
Maximum change age group and % change 25-29 (247.29%) 0-4 (-31.42%)*
Maximum change Male age group and %
change 40-44 (259.79%) 0-4 (-31.22%) *
Maximum change Female age group and %
change 25-29 (238.05%) 0-4 (-31.62%) *
Maximum change VDC or Municipality Totals
Kathmandu M.P.C
(303,607) Katunje VDC Dhading (-1226)
Maximum change VDC or Municipality Totals
Male
Kathmandu M.P.C
(151,738) Maidi VDC Dhading (-818)
Maximum change VDC or Municipality Totals
Female
Kathmandu M.P.C
(151,869) Nilkantha VDC Dhading(-3423)Gosainkund Tour
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47. Age Group Nuwakot 2001 Nuwakot 2011 % change
TOTAL 287425 277471 -3.463164304
0-4 YEARS 32107 21784 -32.15186719
5-9 YEARS 40793 29670 -27.26693305
10-14 YEARS 40608 37346 -8.032899921
15-19 YEARS 31456 33524 6.574262462
20-24 YEARS 23556 23135 -1.78723043
25-29 YEARS 18796 18884 0.46818472
30-34 YEARS 17084 16073 -5.917817841
35-39 YEARS 15538 15531 -0.045050843
40-44 YEARS 14159 15453 9.139063493
45-49 YEARS 11404 13550 18.81795861
50-54 YEARS 10164 12802 25.95434868
55-59 YEARS 8143 9670 18.75230259
60-64 YEARS 7803 9073 16.27579136
65-69 YEARS 6139 7171 16.81055547
70-74 YEARS 4420 5835 32.01357466
75 & OVER 5255 7970 51.66508088
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48. NUWAKOT Findings
• Indicators push source (Nuwakot)
• Total change in -6.429
population
• Total change in population -0.642
per year
• Change in male population -9.682
• Change in female population -3.288
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50. Population Density Analysis
• The population density of Rasuwa district is
same in both figures which is of two different
decade. It is because the population increase
rate is negative in this district because of out
migration and the population of both decade in
all VDC falls under the same range.
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51. Rasuwa: Average change in age
cohorts
VDC/MUNICIPALITY
Rasuwa
2001
Rasuwa
2011 % change
TOTAL 43906.00 43300.00 -1.38
0-4 YEARS 5213.00 3755.00 -27.97
5-9 YEARS 6114.00 4944.00 -19.14
10-14 YEARS 5624.00 6034.00 7.29
15-19 YEARS 4313.00 4521.00 4.82
20-24 YEARS 3834.00 3140.00 -18.10
25-29 YEARS 3123.00 3142.00 0.61
30-34 YEARS 2735.00 2563.00 -6.29
35-39 YEARS 2630.00 2499.00 -4.98
40-44 YEARS 2161.00 2488.00 15.13
45-49 YEARS 1863.00 2170.00 16.48
50-54 YEARS 1492.00 2099.00 40.68
55-59 YEARS 1168.00 1482.00 26.88
60-64 YEARS 1362.00 1421.00 4.33
65-69 YEARS 813.00 1041.00 28.04
70-74 YEARS 683.00 858.00 25.62
75 & OVER 778.00 1143.00 46.92Gosainkund Tour
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52. Rasuwa: Average change in age cohorts
-40.00 -30.00 -20.00 -10.00 0.00 10.00 20.00 30.00 40.00 50.00 60.00
0-4 YEARS
5-9 YEARS
10-14 YEARS
15-19 YEARS
20-24 YEARS
25-29 YEARS
30-34 YEARS
35-39 YEARS
40-44 YEARS
45-49 YEARS
50-54 YEARS
55-59 YEARS
60-64 YEARS
65-69 YEARS
70-74 YEARS
75 & OVER
Average change in population (%)
Average change
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53. Rasuwa: < 5yr; >60 yr
0.000
0.100
0.200
0.300
0.400
0.500
0.600
0.700
0.800
1971 1981 1991 2001 2011
6<index
<65 indev
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54. Rasuwa Methodology
• Secondary data analysis and verification by
field observation and interview
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60. Literacy and Population
Density Index
0
0.2
0.4
0.6
0.8
1
1.2
1971 1981 1991 2001 2001
Literacy Index
Population Density
Index
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62. Discussion
• The vulnerability decreased in the year 1991
and increased again in 2001. The increase in
adaptive index which was based on literacy
rate has increased in the year 2010 and it
shows that it is education and awareness
among people which has controlled the
vulnerability.
–Thank You
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67. [WRITE] THE HIMALAYAN ENVIRONMENTAL
DEGRADATION THEORY
• Midhills population growth since 1950 have reached c 3.0-3.5%
• 90% of the population (1981 figures) are rural subsistence farmers.
• Increases in fuelwood demand, fodder tree cutting and construction.
• Deforestation rates increased - with estimates of 50% reserves cut
between 1950-1980.
• Terrace construction for agriculture on steep marginal land has led to
increases in soil erosion.
• Increased runoff- summer monsoon High wet -season flow.
• River flows are lower in the dry season.
68. [WRITE] HIMALAYAN ENVIRONMENTAL
DEGRADATION THEORY
• Loss of agricultural land leads to more deforestation for
terracing. Reductions of fuelwood supply lead to increased
use of dung for fuel thus reducing nutrient status of hillslope
soils.
• Terrace soils degrade - giving higher erosion rates
• Changes in river flow regime and high sediment yields lead to
river bed deposition and increased siltation of reservoirs and
increased flood stages on the Gangetic plain.
• Increases of siltation in the Ganges/Meghna/ Brahmaputra
delta with increased sediment from the upper reaches of the
catchment.
71. Indigenous soil conservation and landsliding (Ives &
Messerli, 1989)
1978: Kakani - Nepal: Landlside has
detroyed terraces.The landslide was
forecast to enlarge subsequently
The same view: October 1987. The
landslide has been repaired. The area
would not be considered as severely
eroded