This document discusses using GIS to resolve protected area boundary issues in Machiara National Park in Pakistan. The objectives were to develop digital maps, delineate boundaries, and build capacity on GIS data. Satellite imagery and field surveys were used to map the land cover, boundaries, and habitats. The results was a GIS-based notification format describing the park boundary precisely with coordinates rather than seasonal land features.
Faculty, Librarian, and Student Collaboration: Enhancing Science Learning wit...FiveCollegesofOhio
The Five Colleges of Ohio initiated a program in 2009 to integrate digital collections into the curriculum using funding from The Andrew Mellon Foundation. Over 30 collections have been developed across various disciplines, with more than a third focused on science education. Examples described include the Denison University Herbarium digitization project and the Oberlin College Paleontology Collection digitization. The resulting collections provide opportunities for enhanced student learning and collaboration between faculty, librarians and students.
BENTHIC DIVERSITY MAPPING AND ANALYSIS BASE ON REMOTE SENSING AND SEASCAPE EC...IAEME Publication
This document summarizes a study that mapped benthic diversity at Parang Islands in Karimunjawa National Park, Indonesia using remote sensing and landscape ecology approaches. High-resolution satellite imagery was classified to produce a map of 8 benthic classes with 83.7% accuracy. Spatial pattern analysis software calculated diversity metrics for 4 seascape regions, finding highest diversity in the south. The study demonstrates using remote sensing and landscape ecology to assess benthic ecosystem composition and diversity.
Characterizing Forest Degradation and Carbon Biomass Assessment in Tropical P...CIFOR-ICRAF
This document summarizes research using remote sensing to map tropical peatlands in Indonesia. It tested various classification approaches combining synthetic aperture radar (SAR) and optical sensor data to improve land cover mapping. Initial results found that combining SAR polarimetric features like alpha angle, entropy and anisotropy with reflectance from optical data improved classification of peatland types including primary swamp forest, secondary swamp forest and sparse forest. Further research is needed to upgrade technical capacity in Indonesia and integrate remote sensing methods with national forest monitoring systems.
School group learning at environmental site present 22 august 2011 eSuradiah Labintah
The document discusses a case study evaluating the effectiveness of an environmental education program at Tanjung Piai National Park in Johor, Malaysia. It outlines the objectives of studying the relationship between nature-based educational tourism and its effectiveness in imparting environmental knowledge. A two-day, one-night program is described that includes various educational activities to teach participants about the local mangrove ecosystem. The research aims to develop an evaluation framework to assess the program's ability to increase participants' knowledge and understanding of the mangroves.
This document summarizes a study that used geostatistics and GIS to model bird diversity in Portugal. Point count data on bird species collected during migration and breeding visits was georeferenced and analyzed using variography and ordinary kriging to create spatial interpolation maps of species counts. Land cover data was also incorporated from the CORINE database. Results showed favored habitats for migratory and breeding species. The study aimed to help identify key conservation areas for protecting bird diversity.
This document provides an overview of Daegu Gyeongbuk Institute of Science and Technology (DGIST), a research university located in Daegu, South Korea. It discusses DGIST's history starting as a small research institute in 2004 and becoming a university in 2011. The university emphasizes convergence research across various fields like materials science, engineering, and biology. DGIST aims to become a world-leading convergence research university through cultivating global knowledge leaders and developing future technologies. It outlines its strategic focus areas and goals to achieve this vision over the next few decades.
Alfred Homère NGANDAM MFONDOUM is seeking a position as a Geospatial Analyst where he can apply his experience and research interests in areas like human-wildlife conflicts, animal habitats and movements, ecosystem protection and regeneration, impacts of human activities on the environment, soil organic matters, health matters, and protected areas. He has a Master's degree in remote sensing and GIS and experience conducting projects involving cartography, image processing, and spatial analysis for environmental studies. His research includes using remote sensing and GIS techniques like the analytic hierarchy process to define protected area boundaries.
This document provides a curriculum vitae for Ramasamy R. Krishnamurthy, who is currently a Professor and Head of the Department of Applied Geology at the University of Madras in India. Some key details include:
- He has over 25 years of experience in teaching and research in areas such as disaster management, coastal zone management, remote sensing, and GIS.
- He has held administrative positions such as Dean of Students and Principal of the University of Madras Arts and Science College.
- He has published over 50 papers in international journals, conferences, and books on topics related to coastal environments, natural hazards, and remote sensing applications.
- He has received national and international awards
Faculty, Librarian, and Student Collaboration: Enhancing Science Learning wit...FiveCollegesofOhio
The Five Colleges of Ohio initiated a program in 2009 to integrate digital collections into the curriculum using funding from The Andrew Mellon Foundation. Over 30 collections have been developed across various disciplines, with more than a third focused on science education. Examples described include the Denison University Herbarium digitization project and the Oberlin College Paleontology Collection digitization. The resulting collections provide opportunities for enhanced student learning and collaboration between faculty, librarians and students.
BENTHIC DIVERSITY MAPPING AND ANALYSIS BASE ON REMOTE SENSING AND SEASCAPE EC...IAEME Publication
This document summarizes a study that mapped benthic diversity at Parang Islands in Karimunjawa National Park, Indonesia using remote sensing and landscape ecology approaches. High-resolution satellite imagery was classified to produce a map of 8 benthic classes with 83.7% accuracy. Spatial pattern analysis software calculated diversity metrics for 4 seascape regions, finding highest diversity in the south. The study demonstrates using remote sensing and landscape ecology to assess benthic ecosystem composition and diversity.
Characterizing Forest Degradation and Carbon Biomass Assessment in Tropical P...CIFOR-ICRAF
This document summarizes research using remote sensing to map tropical peatlands in Indonesia. It tested various classification approaches combining synthetic aperture radar (SAR) and optical sensor data to improve land cover mapping. Initial results found that combining SAR polarimetric features like alpha angle, entropy and anisotropy with reflectance from optical data improved classification of peatland types including primary swamp forest, secondary swamp forest and sparse forest. Further research is needed to upgrade technical capacity in Indonesia and integrate remote sensing methods with national forest monitoring systems.
School group learning at environmental site present 22 august 2011 eSuradiah Labintah
The document discusses a case study evaluating the effectiveness of an environmental education program at Tanjung Piai National Park in Johor, Malaysia. It outlines the objectives of studying the relationship between nature-based educational tourism and its effectiveness in imparting environmental knowledge. A two-day, one-night program is described that includes various educational activities to teach participants about the local mangrove ecosystem. The research aims to develop an evaluation framework to assess the program's ability to increase participants' knowledge and understanding of the mangroves.
This document summarizes a study that used geostatistics and GIS to model bird diversity in Portugal. Point count data on bird species collected during migration and breeding visits was georeferenced and analyzed using variography and ordinary kriging to create spatial interpolation maps of species counts. Land cover data was also incorporated from the CORINE database. Results showed favored habitats for migratory and breeding species. The study aimed to help identify key conservation areas for protecting bird diversity.
This document provides an overview of Daegu Gyeongbuk Institute of Science and Technology (DGIST), a research university located in Daegu, South Korea. It discusses DGIST's history starting as a small research institute in 2004 and becoming a university in 2011. The university emphasizes convergence research across various fields like materials science, engineering, and biology. DGIST aims to become a world-leading convergence research university through cultivating global knowledge leaders and developing future technologies. It outlines its strategic focus areas and goals to achieve this vision over the next few decades.
Alfred Homère NGANDAM MFONDOUM is seeking a position as a Geospatial Analyst where he can apply his experience and research interests in areas like human-wildlife conflicts, animal habitats and movements, ecosystem protection and regeneration, impacts of human activities on the environment, soil organic matters, health matters, and protected areas. He has a Master's degree in remote sensing and GIS and experience conducting projects involving cartography, image processing, and spatial analysis for environmental studies. His research includes using remote sensing and GIS techniques like the analytic hierarchy process to define protected area boundaries.
This document provides a curriculum vitae for Ramasamy R. Krishnamurthy, who is currently a Professor and Head of the Department of Applied Geology at the University of Madras in India. Some key details include:
- He has over 25 years of experience in teaching and research in areas such as disaster management, coastal zone management, remote sensing, and GIS.
- He has held administrative positions such as Dean of Students and Principal of the University of Madras Arts and Science College.
- He has published over 50 papers in international journals, conferences, and books on topics related to coastal environments, natural hazards, and remote sensing applications.
- He has received national and international awards
GIS as a Tool of Resolving Protected Area Boundary Issues, Machiara National ...Kaif Gill
This document summarizes work using GIS to resolve protected area boundary issues in Machiara National Park, Pakistan. The objectives were to develop digital maps and layers in GIS format, create land cover maps from satellite images, map wildlife habitats, and build capacity for GIS data handling to re-notify and demarcate boundaries with geographic coordinates. Satellite imagery was processed, layers like contours and forests were digitized, and field surveys collected boundary data. This led to delineating the 33,450 acre park boundary and a land cover map of seven classes. The output is a GIS-based notification format with a textual description, map, and boundary coordinates to permanently define the protected area extent.
The document discusses CapeNature's Regional Ecological Support Teams (REST) and their role in managing the Cape Floral Region. It provides context on the unique biodiversity of the Cape Floral Region. It then describes CapeNature's organizational structure and how the REST were established to provide ecological coordination, data collection and decision support across the organization. Practical examples are given of how the REST support biodiversity planning and monitoring through activities like invasive species mapping and prioritization. Challenges are discussed around ensuring data is properly analyzed and used to inform management decisions.
Ozone Distribution in Remote Ecologically Vulnerable TerrainAgboola Adenigba
This study developed a map of ozone exposure across wilderness areas in the southern Sierra Nevada mountains in California. Passive ozone samplers were deployed over multiple years to estimate ozone concentrations, which were then analyzed using geospatial regression and segmentation analysis to identify patterns over time and space. Two high-ozone exposure sub-regions were identified in the south and southwest portions of the Sierra Nevada that contain pine forests vulnerable to ozone impacts and increased mortality. The study provides spatial information on ozone distribution to help prioritize ecosystem management and protection.
A Transboundary Strategy and Action Plan for SLM in the Pamir-Alai Region. Presented by Svetlana Jumaeva at the "Perth II: Global Change and the World's Mountains" conference in Perth, Scotland in September 2010.
A presentation on the AusPlots program detailing it's aims and objectives, what and how data is collected, how it is delivered along with information on collaborations, data use, analysis and future opportunities
This project applied a Systematic Conservation Planning approach to identify priority areas for conservation in Abu Dhabi, the UAE, and the Arabian Peninsula region. It involved stakeholder engagement to collect spatial biodiversity data, from which six key layers were derived - Habitats, Habitat Condition, Protected Areas, Species, Ecological Processes, and Opportunities/Constraints. Two headline indicators were generated from analyses of these layers: Ecosystem Threat Status assessed intact vs degraded ecosystems, and Ecosystem Protection Level assessed representation in protected areas. A spatial prioritization using MARXAN identified Priority Focus Areas for conservation activities. The outputs provide a foundation for more detailed biodiversity planning and ecosystem protection across the region.
The document summarizes the MSc thesis presentation of Areri Ware on assessing Guji's indigenous forest conservation practices in Dugda Dawa District, West Guji Zone, Southern Ethiopia. The key points are:
1) Guji society participates in indigenous forest conservation practices through various traditions and sayings, believing trees are gifts from God. Their participation level was found to be medium.
2) Indigenous forest conservation provides the Guji with traditional medicines, socio-economic benefits, and cultural/religious values.
3) Factors like age, gender, religion, income, occupation and distance to forest determine levels of participation in indigenous practices.
4) Challenges to indigenous
Marie Green has over 20 years of experience in geophysics field work and research. She has a PhD in geophysics from the University of Utah, an MS in geophysics from Colorado School of Mines, and a BS in geology from Southern Utah University. Her experience includes collecting samples and data for environmental monitoring, mineral exploration, hazard remediation, and carbon sequestration research.
2016 indonesia schools presentation (last updated 25 february 2016)eshuttleworth
Operation Wallacea runs scientific expeditions in 15 countries, with over 120 research projects conducted by 200 academics. It has discovered 30 new vertebrate species and obtained large data sets to assess conservation management programs. The opportunity is provided for worldwide comparative studies through its operations in countries like Indonesia, Cuba, and other locations. Research teams conduct biodiversity surveys, habitat assessments, and socio-economic monitoring to help establish and evaluate conservation efforts.
Paul Bodalski has a Bachelor of Science in Earth Science from Montana State University with a concentration in snow science. He has worked as a geospatial analyst at Montana State University Spatial Sciences Center since 2015 analyzing GIS data for aspen regeneration and land use change. He is also a certified ski instructor and has taught courses as a faculty member at Montana State University.
Presented by Dyah Puspitaloka, CIFOR-ICRAF Research Officer, on G20 Diplomatic Assistance and Partnership Team Visit to ITPC, at the ITPC Secretariat, CIFOR-ICRAF Office, Bogor, 6 June 2022.
Bioacoustic Monitoring of Biodiversity - our first presentation of bioacoustic monitoring in cooperation with the Global Canopy Initiative (Andrew Mitchell?), in 2002
Bmg 310 environment science ugc evs_bookakshay garg
This document outlines the vision and goals for a compulsory core module course in environmental studies for undergraduate students in India. It was created by the University Grants Commission of India and outlines the following:
1. The course aims to increase students' understanding of environmental issues and sustainable development practices.
2. It describes the process by which the UGC appointed an expert committee to create the core syllabus for this 6 month environmental studies course, to be implemented in all universities and colleges.
3. The course will include both classroom teaching and field activities. Classroom units will cover topics on natural resources and environmental protection, while field activities will provide hands-on learning about local environmental aspects.
Agricultural landscape segmentation: a stochastic method to map heterogeneous...Davide Rizzo
Agricultural landscapes are composed of many land management units. Involved stakeholders or specific research foci can define these units differently (Straume, 2014; Zanten et al., 2013); therefore, their study requires innovative approaches able to address temporal and spatial dynamics using multiple data sources (Brown et al., 2013). Methods to do so, in the literature, differ mainly in disciplinary backgrounds and study targets (e.g. environmental protection, conservation of cultural features). In this context, agronomy appears to have a marginal role because of relatively little interest in spatially explicit and context-related issues in agriculture. Accordingly, the emerging landscape agronomy field claims for to increase understanding of interactions between farming practices and natural resources at the landscape level (Benoît, Rizzo et al., 2012). We aimed to develop a method able to handle heterogeneous spatial data when defining land management units. We tested a stochastic data mining method originally developed for temporal and spatial modelling of agricultural land uses (Mari, Lazrak, & Benoît, 2013). We stressed the Markov random field (MRF) assumption of this method by assuming that characteristics of a spatial unit depend on characteristics of neighbouring units. The study was carried out on a Mediterranean terraced olive grove farming system (62 km 2 , Monte Pisano, central Italy). Different sets and classifications of variables were tested based on natural and management issues. Finally, the landscape was segmented using six variables: geology, aspect, morphology, land cover, terrace type and proximity to roads. The layers were sampled on a regular point grid, and then the MRF was approximated to a hidden Markov model using a space-filling curve. Results consisted of a set of maps of agro-environmental land management units and a hierarchy of related landscape characteristics. This exploratory method can improve landscape research by providing a rapid assessment of heterogeneous data in a spatially explicit way.
_______________
suggested citation: Rizzo D, Mari JF, Marraccini E, Lazrak EG (2014) Agricultural landscape segmentation: a stochastic method to map heterogeneous variables. 1st IALE-Europe Thematic Workshop: Advances in Spatial Typologies: How to move from concepts to practice? Lisbon (Portugal). http://bit.ly/1Ag59mV
A TRAINING ON GEOLOGICAL MAPPING AND METHOD OF URANIUM EXPLORATION IN AND ARO...Shivam Jain
A TRAINING ON GEOLOGICAL MAPPING AND METHOD OF URANIUM EXPLORATION IN AND AROUND PURNAPANI-TAMAJHURI-CHIRUDIH-PATHARGODA AREA, SHINGHBHUM SHEAR ZONE,
EAST SINGHBHUM DISTRICT, JHARKHAND
GIS as a Tool of Resolving Protected Area Boundary Issues, Machiara National ...Kaif Gill
This document summarizes work using GIS to resolve protected area boundary issues in Machiara National Park, Pakistan. The objectives were to develop digital maps and layers in GIS format, create land cover maps from satellite images, map wildlife habitats, and build capacity for GIS data handling to re-notify and demarcate boundaries with geographic coordinates. Satellite imagery was processed, layers like contours and forests were digitized, and field surveys collected boundary data. This led to delineating the 33,450 acre park boundary and a land cover map of seven classes. The output is a GIS-based notification format with a textual description, map, and boundary coordinates to permanently define the protected area extent.
The document discusses CapeNature's Regional Ecological Support Teams (REST) and their role in managing the Cape Floral Region. It provides context on the unique biodiversity of the Cape Floral Region. It then describes CapeNature's organizational structure and how the REST were established to provide ecological coordination, data collection and decision support across the organization. Practical examples are given of how the REST support biodiversity planning and monitoring through activities like invasive species mapping and prioritization. Challenges are discussed around ensuring data is properly analyzed and used to inform management decisions.
Ozone Distribution in Remote Ecologically Vulnerable TerrainAgboola Adenigba
This study developed a map of ozone exposure across wilderness areas in the southern Sierra Nevada mountains in California. Passive ozone samplers were deployed over multiple years to estimate ozone concentrations, which were then analyzed using geospatial regression and segmentation analysis to identify patterns over time and space. Two high-ozone exposure sub-regions were identified in the south and southwest portions of the Sierra Nevada that contain pine forests vulnerable to ozone impacts and increased mortality. The study provides spatial information on ozone distribution to help prioritize ecosystem management and protection.
A Transboundary Strategy and Action Plan for SLM in the Pamir-Alai Region. Presented by Svetlana Jumaeva at the "Perth II: Global Change and the World's Mountains" conference in Perth, Scotland in September 2010.
A presentation on the AusPlots program detailing it's aims and objectives, what and how data is collected, how it is delivered along with information on collaborations, data use, analysis and future opportunities
This project applied a Systematic Conservation Planning approach to identify priority areas for conservation in Abu Dhabi, the UAE, and the Arabian Peninsula region. It involved stakeholder engagement to collect spatial biodiversity data, from which six key layers were derived - Habitats, Habitat Condition, Protected Areas, Species, Ecological Processes, and Opportunities/Constraints. Two headline indicators were generated from analyses of these layers: Ecosystem Threat Status assessed intact vs degraded ecosystems, and Ecosystem Protection Level assessed representation in protected areas. A spatial prioritization using MARXAN identified Priority Focus Areas for conservation activities. The outputs provide a foundation for more detailed biodiversity planning and ecosystem protection across the region.
The document summarizes the MSc thesis presentation of Areri Ware on assessing Guji's indigenous forest conservation practices in Dugda Dawa District, West Guji Zone, Southern Ethiopia. The key points are:
1) Guji society participates in indigenous forest conservation practices through various traditions and sayings, believing trees are gifts from God. Their participation level was found to be medium.
2) Indigenous forest conservation provides the Guji with traditional medicines, socio-economic benefits, and cultural/religious values.
3) Factors like age, gender, religion, income, occupation and distance to forest determine levels of participation in indigenous practices.
4) Challenges to indigenous
Marie Green has over 20 years of experience in geophysics field work and research. She has a PhD in geophysics from the University of Utah, an MS in geophysics from Colorado School of Mines, and a BS in geology from Southern Utah University. Her experience includes collecting samples and data for environmental monitoring, mineral exploration, hazard remediation, and carbon sequestration research.
2016 indonesia schools presentation (last updated 25 february 2016)eshuttleworth
Operation Wallacea runs scientific expeditions in 15 countries, with over 120 research projects conducted by 200 academics. It has discovered 30 new vertebrate species and obtained large data sets to assess conservation management programs. The opportunity is provided for worldwide comparative studies through its operations in countries like Indonesia, Cuba, and other locations. Research teams conduct biodiversity surveys, habitat assessments, and socio-economic monitoring to help establish and evaluate conservation efforts.
Paul Bodalski has a Bachelor of Science in Earth Science from Montana State University with a concentration in snow science. He has worked as a geospatial analyst at Montana State University Spatial Sciences Center since 2015 analyzing GIS data for aspen regeneration and land use change. He is also a certified ski instructor and has taught courses as a faculty member at Montana State University.
Presented by Dyah Puspitaloka, CIFOR-ICRAF Research Officer, on G20 Diplomatic Assistance and Partnership Team Visit to ITPC, at the ITPC Secretariat, CIFOR-ICRAF Office, Bogor, 6 June 2022.
Bioacoustic Monitoring of Biodiversity - our first presentation of bioacoustic monitoring in cooperation with the Global Canopy Initiative (Andrew Mitchell?), in 2002
Bmg 310 environment science ugc evs_bookakshay garg
This document outlines the vision and goals for a compulsory core module course in environmental studies for undergraduate students in India. It was created by the University Grants Commission of India and outlines the following:
1. The course aims to increase students' understanding of environmental issues and sustainable development practices.
2. It describes the process by which the UGC appointed an expert committee to create the core syllabus for this 6 month environmental studies course, to be implemented in all universities and colleges.
3. The course will include both classroom teaching and field activities. Classroom units will cover topics on natural resources and environmental protection, while field activities will provide hands-on learning about local environmental aspects.
Agricultural landscape segmentation: a stochastic method to map heterogeneous...Davide Rizzo
Agricultural landscapes are composed of many land management units. Involved stakeholders or specific research foci can define these units differently (Straume, 2014; Zanten et al., 2013); therefore, their study requires innovative approaches able to address temporal and spatial dynamics using multiple data sources (Brown et al., 2013). Methods to do so, in the literature, differ mainly in disciplinary backgrounds and study targets (e.g. environmental protection, conservation of cultural features). In this context, agronomy appears to have a marginal role because of relatively little interest in spatially explicit and context-related issues in agriculture. Accordingly, the emerging landscape agronomy field claims for to increase understanding of interactions between farming practices and natural resources at the landscape level (Benoît, Rizzo et al., 2012). We aimed to develop a method able to handle heterogeneous spatial data when defining land management units. We tested a stochastic data mining method originally developed for temporal and spatial modelling of agricultural land uses (Mari, Lazrak, & Benoît, 2013). We stressed the Markov random field (MRF) assumption of this method by assuming that characteristics of a spatial unit depend on characteristics of neighbouring units. The study was carried out on a Mediterranean terraced olive grove farming system (62 km 2 , Monte Pisano, central Italy). Different sets and classifications of variables were tested based on natural and management issues. Finally, the landscape was segmented using six variables: geology, aspect, morphology, land cover, terrace type and proximity to roads. The layers were sampled on a regular point grid, and then the MRF was approximated to a hidden Markov model using a space-filling curve. Results consisted of a set of maps of agro-environmental land management units and a hierarchy of related landscape characteristics. This exploratory method can improve landscape research by providing a rapid assessment of heterogeneous data in a spatially explicit way.
_______________
suggested citation: Rizzo D, Mari JF, Marraccini E, Lazrak EG (2014) Agricultural landscape segmentation: a stochastic method to map heterogeneous variables. 1st IALE-Europe Thematic Workshop: Advances in Spatial Typologies: How to move from concepts to practice? Lisbon (Portugal). http://bit.ly/1Ag59mV
A TRAINING ON GEOLOGICAL MAPPING AND METHOD OF URANIUM EXPLORATION IN AND ARO...Shivam Jain
A TRAINING ON GEOLOGICAL MAPPING AND METHOD OF URANIUM EXPLORATION IN AND AROUND PURNAPANI-TAMAJHURI-CHIRUDIH-PATHARGODA AREA, SHINGHBHUM SHEAR ZONE,
EAST SINGHBHUM DISTRICT, JHARKHAND
A TRAINING ON GEOLOGICAL MAPPING AND METHOD OF URANIUM EXPLORATION IN AND ARO...
Machiara
1. Introduction Objectives Study Area Methodology Results
GIS as a Tool of Resolving Protected Area
Boundary Issues, Machiara National Park,
i i
Pakistan (Western Himalayan Ecoregion)
Kaif Gill, Hassan Ali, Hammad Gilani, Urooj Saeed and Irfan Ashraf
9th – 15th S t b 2009
September,
Central Asian Institute for Applied Geosciences
Bishkek, Kyrgyzstan
International Workshop on Northern Eurasia High Mountain Ecosystem International Workshop on Northern Eurasia High Mountain Ecosystem
2. Introduction Objectives Study Area Methodology Results
Presentation Outlines
Introduction
Objectives
Obj ti
Study A
St d Area
Methodology
M h d l
Results
International Workshop on Northern Eurasia High Mountain Ecosystem
3. Introduction Objectives Study Area Methodology Results
Introduction
International Workshop on Northern Eurasia High Mountain Ecosystem International Workshop on Northern Eurasia High Mountain Ecosystem
4. Introduction Objectives Study Area Methodology Results
Introduction
Protected Area Boundary: A line or polygon, delimited by whatever means
that indicates the extent of an area that has been formally set aside for the
conservation of biodiversity and land - or seascapes.
International Workshop on Northern Eurasia High Mountain Ecosystem
5. Introduction Objectives Study Area Methodology Results
Protected Area Classification
National Park
Wildlife Sanctuary
Game Reserve
Unclassified
Total PAs in Pakistan 230
International Workshop on Northern Eurasia High Mountain Ecosystem
6. Introduction Objectives
Objectives Study Area Methodology Results
Issues Regarding Protected Areas
Overgrazing of the alpine pastures
Illegal hunting
Illegal cutting of trees
Irrational harvesting of medicinal plants
i lh i f di i l l
Encroachment in the Forest land
International Workshop on Northern Eurasia High Mountain Ecosystem
7. Introduction Objectives Study Area Methodology Results
Introduction
WWF-Pakistan, in collaboration with the Federal Ministry of
Environment and the financial assistance of Pakistan Petroleum
Exploration & Production Companies Association (PPEPCA) is currently
delineating boundaries of seven prioritized Protected Areas.
International Workshop on Northern Eurasia High Mountain Ecosystem
9. Introduction Objectives Study Area Methodology Results
Objectives
International Workshop on Northern Eurasia High Mountain Ecosystem International Workshop on Northern Eurasia High Mountain Ecosystem
10. Introduction Objectives
Objectives Study Area Methodology Results
Objectives
• Develop digital topo-cadastral base layers and maps in GIS
topo cadastral
format
• Develop land cover maps using Satellite images
land-cover
• Distribution and habitat mapping of key fauna species
• Capacity building of Wildlife and MNP staff in GIS data
handling
• Re-notify and Demarcate boundaries with notifications
containing geographic coordinates
gg g p
International Workshop on Northern Eurasia High Mountain Ecosystem
11. Introduction Objectives Study Area Methodology Results
Study Area
International Workshop on Northern Eurasia High Mountain Ecosystem International Workshop on Northern Eurasia High Mountain Ecosystem
12. Introduction Objectives Study Area Methodology
Study Area Results
Introduction
It i l t d i A d J
is located in Azad Jammu K h i P ki t
Kashmir, Pakistan.
hi l Location 73o38'33 69'' E 34o31’39 25'' N
Geographical L
G i 38'33.69'' E, 31’39.25''
Machiara National Park (MNP) was declared as Game Reserve in 1982.
MNP was re-notified as National Park in 1996.
International Workshop on Northern Eurasia High Mountain Ecosystem
13. Introduction Objectives Study Area Methodology Results
Methodology
International Workshop on Northern Eurasia High Mountain Ecosystem International Workshop on Northern Eurasia High Mountain Ecosystem
14. Introduction Objectives Study Area Methodology Results
International Workshop on Northern Eurasia High Mountain Ecosystem
15. Introduction Objectives Study Area Methodology Results
Acquisition and processing of Satellite data
S O S
SPOT Satellite Image
g
Resolution 2.5m
R l ti 2 5
Acquisition Date 20th October, 2005
International Workshop on Northern Eurasia High Mountain Ecosystem
16. Introduction Objectives Study Area Methodology Results
Methodology
Digitization from Topographic Sheet
g p g p
Main layers digitized from Topographic Sheets
Contours
Populated Places
Spot Heights
Drainage
Forest Boundary
International Workshop on Northern Eurasia High Mountain Ecosystem
17. Introduction Objectives Study Area Methodology Results
Field Data Collection
GPS based ground surveys to collect boundary reference data
International Workshop on Northern Eurasia High Mountain Ecosystem
18. Introduction Objectives Study Area Methodology Results
Boundary Delineation
y The total area covered by the
park is 33,450 acres.
International Workshop on Northern Eurasia High Mountain Ecosystem
19. Introduction Objectives Study Area Methodology Results
Methodology
Landcover/Landuse Mapping
pp g
Land Cover developed using satellite image
No. Landcover Classes
d l Area % age Area
(ha)
1 Conifer Forest 7718 56.6
2 Broadleaved and Conifer Forest 491 3.6
3 Conifer Forest , Shrub, Grasses 1112 8.16
4 Pasture Land, Grasses 2118 15.53
5 Settlement and Grasses 1431 10.49
6 Water / Rocks
Water / Rocks 208 1.53
1 53
7 Snow 557 4.08
International Workshop on Northern Eurasia High Mountain Ecosystem
20. Introduction Objectives Study Area Methodology Results
Methodology
International Workshop on Northern Eurasia High Mountain Ecosystem
21. Introduction Objectives Study Area Methodology Results
Methodology
Output – A GIS based notification format
p
Output of the Study is a notification format
It was developed after reviewing more than 30 PA’s notifications
and consulting the available literature on World Wide Web
International Workshop on Northern Eurasia High Mountain Ecosystem
22. Introduction Objectives Study Area Methodology Results
Methodology
Output – A GIS based notification format
p
Proposed notification f
P d tifi ti formats h th
t has three parts
t
Textual description
International Workshop on Northern Eurasia High Mountain Ecosystem
23. Introduction Objectives Study Area Methodology Results
Methodology
Output – A GIS based notification format
p
A comprehensive GIS map
h i
International Workshop on Northern Eurasia High Mountain Ecosystem
24. Introduction Objectives Study Area Methodology Results
Methodology
Output – A GIS based notification format
p
List f th boundary coordinates
Li t of the b d di t
International Workshop on Northern Eurasia High Mountain Ecosystem
25. Introduction Objectives Study Area Methodology Results
Methodology
Results
The boundary effectively describes extent of the National Park and
incorporates GIS aspects of flora and fauna.
Draft
D f notification f
ifi i format d fi
defines permanent reference i
f i.e. geographic
hi
coordinates as compared to previous notifications in which land feature
(which depend on season, temporal, social and environmental conditions)
season temporal
were used to define the boundary extent.
International Workshop on Northern Eurasia High Mountain Ecosystem