000			05739nam a2200289 i 4500
008			150211s2010 gw mb b a001 0 eng d
020			_a9783642262876
020			_a18672434
040			_aBAUN _beng _cBAUN _erda
049			_aBAUN_MERKEZ
050	0	4	_aHT371 _b.B438 2010
082	0	4	_222
100	1		_aBhatta, B. _q(Basudeb)
245	1	0	_aAnalysis of urban growth and sprawl from remote sensing data / _cBasudeb Bhatta.
264		1	_aHeidelberg ; _aNew York : _bSpringer, _cc2010.
300			_axx, 172 pages : _billustrations (some color), maps ; _c22 cm.
336			_atext _btxt _2rdacontent
337			_aunmediated _bn _2rdamedia
338			_avolume _bnc _2rdacarrier
490	1		_aAdvances in geographic information science, _x1867-2434.
504			_aIncludes bibliographical references and index.
505	0	0	_g1 _tUrban growth and sprawl -- _g1.1 _tIntroduction -- _g1.2 _tUrban geography -- _g1.3 _tUrban development, urban growth, and urbanisation -- _g1.4 _tUrban area -- _g1.5 _tUrban ecosystem -- _g1.6 _tUrban sprawl -- _g1.6.1 _tDefining urban sprawl -- _g1.7 _tPhysical patterns and forms of urban growth and sprawl -- _g1.7.1 _tUrban growth patterns as sprawl -- _g1.8 _tTemporal process of urban growth and sprawl -- _g2 _tCauses and consequences of urban growth and sprawl -- _g2.1 _tIntroduction -- _g2.2 _tCauses of urban growth and sprawl -- _g2.2.1 _tPopulation growth -- _g2.2.2 _tIndependence of decision -- _g2.2.3 _tEconomic growth -- _g2.2.4 _tIndustrialisation -- _g2.2.5 _tSpeculation -- _g2.2.6 _tExpectations of land appreciation -- _g2.2.7 _tLand hunger attitude -- _g2.2.8 _tLegal disputes -- _g2.2.9 _tPhysical geography -- _g2.2.10 _tDevelopment and property tax -- _g2.2.11 _tLiving and property cost -- _g2.2.12 _tLack of affordable housing -- _g2.2.13 _tDemand of more living space -- _g2.2.14 _tPublic regulation -- _g2.2.15 _tTransportation -- _g2.2.16 _tRoad width -- _g2.2.17 _tSingle-family home -- _g2.2.18 _tNucleus family -- _g2.2.19 _tCredit and capital market -- _g2.2.20 _tGovernment developmental properties -- _g2.2.21 _tLack of proper planning policies -- _g2.2.22 _tFailure to enforce planning policies -- _g2.2.23 _tCountry-living desire -- _g2.2.24 _tHousing investment -- _g2.2.25 _tLarge lot size -- _g2.3 _tConsequences of urban growth and sprawl -- _g2.3.1 _tInflated infrastructure and related public service costs -- _g2.3.2 _tEnergy inefficiency -- _g2.3.3 _tDisparity in wealth -- _g2.3.4 _tImpacts on wildlife and ecosystem -- _g2.3.5 _tLoss of farmland -- _g2.3.6 _tIncrease in temperature -- _g2.3.7 _tPoor air quality -- _g2.3.8 _tImpacts on water quality and quantity -- _g2.3.9 _tImpacts on public and social health -- _g2.3.10 _tOther impacts -- _g3 _tTowards sustainable development and smart growth -- _g3.1 _tIntroduction -- _g3.2 _tSustainable development -- _g3.3 _tSmart growth -- _g3.3.1 _tCompact neighbourhoods -- _g3.3.2. _tTransit-oriented development -- _g3.3.3. _tPedestrian- and bicycle-friendly design -- _g3.3.4 _tOther elements -- _g3.4 _tRestricting urban growth and sprawl -- _g4 _gRemote sensing, GIS, and urban analysis -- _g4.1 _tIntroduction -- _g4.2 _tRemote sensing -- _g4.3 _tUrban remote sensing -- _g4.4 _tConsideration of revolutions in urban applications -- _g4.4.1 _tSpatial resolution -- _g4.4.2 _tSpectral and radiometric resolutions -- _g4.4.3 _tTemporal resolution -- _g4.5 _tGeographic Information System -- _g4.5.1 _tGIS in urban analysis -- _g4.6 _tUrban analysis -- _g4.6.1 _tAnalysis of urban growth -- _gAnalysis of urban growth using remote sensing data -- _g5 _tMapping and monitoring urban growth -- _g5.1 _tIntroduction -- _g5.2 _tImage overlay -- _g5.3 _tImage reduction -- _g5.4 _tImage index (ratioing) -- _g5.5 _tSpectral-temporal classification -- _g5.6 _tImage regression -- _g5.7 _tPrincipal components analysis transformation -- _g5.8 _tChange vector analysis -- _g5.9 _tArtificial neural network -- _g5.10 _tDecision tree -- _g5.11 _tIntensity-hue saturation transformation -- _g5.12 _tEconometric panel -- _g5.13 _tImage classification and post-classification comparision -- _g5.14 _tChallenges and constraints -- _g6. _tMeasurement and analysis of urban growth -- _g6.1 _tIntroduction -- _g6.2 _tTransition matrices -- _g6.2.1 _tTransition matrix in urban growth analysis -- _g6.3 _tSpatial metrics -- _g6.3.1 _tRemote sensing, spatial metrics, and urban modelling -- _g6.3.2 _tSpatial metrics in urban growth analysis -- _g6.4 _tSpatial statistics -- _g6.4.1 _tTypes of spatial statistics -- _g6.4.2 _tSpatial statistics in urban growth analysis -- _g6.5 _tQuantification and characterisation of sprawl -- _g7 _tModelling and simulation of urban growth -- _g7.1 _tIntroduction -- _g7.2 _tUrban model and modelling -- _g7.2.1 _tClassification of urban models -- _g7.3 _tTheoretical models -- _g7.4 _tAggregate-level urban dynamic models -- _g7.5 _tComplexity science-based models -- _g7.5.1 _tCell-based dynamics models -- _g7.5.2 _tAgent-based models -- _g7.5.3 _tArtificial Neural Network (ANN)-based models -- _g7.5.4 _tFractal geometry-based models -- _g7.6 _tRule-based land-use and transport models -- _g7.7 _tModelling of urban growth -- _g7.7.1 _tModelling of urban growth from remote sensing data -- _g8 _tLimitations of urban growth analysis -- _g8.1 _tIntroduction -- _g8.2 _tData and scale dependency -- _g8.2.1 _tSpatial scale -- _g8.2.2 _tPattern quantification scale -- _g8.2.3 _tPattern summarisation scale -- _g8.3 _tData generation methods -- _g8.4 _tClassification accuracy -- _g8.5 _tSelection of metrics -- _g8.6 _tDefinition of the spatial domain -- _g8.7 _tSpatial characterisation -- _g8.8 _tSpatial dependency (autocorrellation) -- _g8.9 _tSpatial and temporal sampling -- _g8.10 _tModifiable areal unit problem.
650		0	_aCities and towns _xGrowth _xRemote sensing.
650		0	_aGeographic information systems _916938
830		0	_919256 _aAdvances in geographic information science, _x1867-2434.
942			_2lcc _cKT
999			_c33664 _d33664