using remote sensing and gis in location … · makhdzir mardan using remote sensing and gis in...
TRANSCRIPT
MAKHDZIR MARDAN
USING REMOTE SENSING AND GIS IN LOCATION PREDICTION TO ESTABLISH RAFTER BEEKEEPING
(Tingku) TECHNIQUE IN MARANG DISTRICT, MALAYSIA
Mohammad Mehdi SaberioonLaili NordinAlias Mohd Sood
Department of Agriculture Technology Faculty of Agriculture University Putra MalaysiaE-mail: [email protected] : +60122065177
Malaysia
Multiculturalism has not only made Malaysia a gastronomical paradise, it has also made Malaysia home to hundreds of colorful festivals. It's no wonder that we love celebrating and socializing. As a people, Malaysians are very laid back, warm and friendly.Geographically, Malaysia is as diverse as its culture. There are two parts to the country, 11 states in the peninsula of Malaysia and two states on the northern part of Borneo. Cool hideaways are found in the highlands that roll down to warm, sandy beaches and rich, humid mangroves.
Honey Hunters
Honey Hunting
From 6000 B.C. to Now
Rafter beekeeping (Tingku)
The tingku system or rafter support for A. dorsata is widely practised in south east Asia (Cambodia, Vietnam, Sumatra & Borneo of Indonesia) mostly in the submerged, lowland Melaleuca forests. The suspended rafter support is placed on two uneven poles with one side higher than the other which serve as nesting support for A. dorsata colonies.
Remote Sensing
Remote sensing is the small or large-scale acquisition of information of an object or phenomenon, by the use of either recording or real-time sensing device(s) that are wireless, or not in physical or intimate contact with the object (such as by way of aircraft, spacecraft, satellite, buoy, or ship).
This research was conducted in Marangdistrict of 270 Squire kilometers
The district's topography consists of the South China Sea coast, peat swamps, hills and plains.
The dominant trees/vegetation in this area are Melaleuca spp.,Acacia spp., Coconuts ,Mangrove and Rubber timber
Satellites
Satellite Pour l'Observation de la TerreSPOT-5
Radarsat-1
2007
Date of Acquisition 03-05-2007
Georefrenced Modified Everest-RSO (BY MACRES)
Pixel Depth Unsigned 8-bit
Pixel size 10*10 m
Resolution 10 m (visible, NIR)20m (MIR)
Number of Bands 4 BandVisible , Near Infrared
and mid infrared
Mode Multispectral
2007 2005
Data acquisition
2007-11-23
2005-08-29
orbit 62911-ASC 51249 ASC
Beam S7(20-49◦) S7(20-49◦)
Pixel size 12.5m
Data format
CEOS
Proc Level SGF
resolution 25m
SATELLITE DATA
Field Measurements
Field Truthing Biomass Calculation Field Survey
Land cover Map
Biomass Modeling
Distribution of Melaleuca Cajuputi
Flowering Map of Melaleuca Cajuputi
Honey hunting Map
Surveyed Data Ancillary DataLand cover MapFlower Map
Method Scheme
LAND COVER MAPPING
Optical Images( SPOT5)
Ancillary Data
Preprocessing Geometric correction
Classification (MLC Algorithm)
Accuracy assessment
Classified Image
Subset sense
TOPO Map1:25000
Image Enhancement (linear) Band combination (3,2,1)
[NIR, Red, Green]
Masking
Biomass Modelling
Accuracy assessment
Radar backscattering coefficient Biomass calculated in field
Statistical Analysis(Regression)
Biomass modeling
Unsupervised classification
Biomass MapFlowering and Non-flowering
Flowering Map
62%20%
8%2% 8%
Gelam Acacia Non-vegetation Water Cloud
Unsupervised Classification on Melaleuca CajuputiAbove Ground Biomass (AGB) in Flowering season (November) on Marang District
Classification on Above Ground Biomass (AGB)’s Melaleuca Cajuputi During Non-Flowering Season (August) on Marang District
flowering
flowering
Non-flow
ering
Non-flow
ering
Apis dorsataNesting Sites Distribution Map in Marang
District
Distribution of A. dorsata in Marang district
With Knowledge ,With Knowledge ,With Knowledge ,With Knowledge , We ServeWe ServeWe ServeWe Serve