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object(stdClass)#96 (3) { ["hits"]=> array(2) { [0]=> object(stdClass)#97 (15) { ["bindingStyleCode"]=> string(4) "PAPE" ["categories"]=> array(9) { [0]=> string(8) "SCGE6015" [1]=> string(8) "SCEC0735" [2]=> string(8) "SCEC0790" [3]=> string(6) "SCGE17" [4]=> string(6) "EOC14A" [5]=> string(6) "ENV11A" [6]=> string(8) "SCEC0737" [7]=> string(6) "WSE18A" [8]=> string(8) "SCEA0160" } ["edition"]=> int(1) ["id"]=> int(251643) ["imprint"]=> string(9) "CRC Press" ["isbn"]=> string(13) "9780415559447" ["isbn10"]=> string(10) "0415559448" ["keywords"]=> string(482) "SUBJECT RECOVERY BUILDING ROBUST STRONG11 ABBREVIATIONS CAPACITY CLIMATE RESPONSES STAGE RESILIENT STRONG5 STRONG3 EMREFERENCES STRONG1 FLOODS ASSESSMENT RESPONDING COPING URBAN UNCERTAINTIES SYSTEMS INDEX URBANIZATION MANAGING SETTING UP CITIES HYDROLOGY ALL FABRIC 2 EM 6 4 INTEGRATED 9 8 RESILIENCY PROOFING ENHANCING SHELTER FINDINGS KEY TOWARDS 13 GLOSSARY 12 STRONGIII CHANGE STRONG7 GOVERNANCE MANAGEMENT RISK FRAMEWORK DRIVERS STRONGII FLOOD NBSP DRAINAGE 10 STRONGI STRONGV" ["originators"]=> array(6) { [0]=> object(stdClass)#98 (3) { ["id"]=> int(3138546) ["name"]=> string(17) "Chris Zevenbergen" ["roleCode"]=> string(2) "VE" } [1]=> object(stdClass)#99 (3) { ["id"]=> int(3138547) ["name"]=> string(14) "Adrian Cashman" ["roleCode"]=> string(2) "VE" } [2]=> object(stdClass)#100 (3) { ["id"]=> int(3138548) ["name"]=> string(14) "Niki Evelpidou" ["roleCode"]=> string(2) "VE" } [3]=> object(stdClass)#101 (3) { ["id"]=> int(3138549) ["name"]=> string(11) "Erik Pasche" ["roleCode"]=> string(2) "VE" } [4]=> object(stdClass)#102 (3) { ["id"]=> int(3138550) ["name"]=> string(14) "Stephen Garvin" ["roleCode"]=> string(2) "VE" } [5]=> object(stdClass)#103 (3) { ["id"]=> int(3138551) ["name"]=> string(14) "Richard Ashley" ["roleCode"]=> string(2) "VE" } } ["publicationDate"]=> string(25) "2010-09-20T19:00:00-05:00" ["relevance"]=> float(3.5112221) ["shortDescription"]=> string(297) "Along with windstorms, floods are the most common and widespread of all natural disasters. Although they can often be predicted, they cause loss of life, damage and destruction, as many urban communities are located near coasts and rivers. In terms of victims, floods are responsible for more than" ["sku"]=> string(6) "K10973" ["subjectGroup"]=> string(8) "Textbook" ["title"]=> string(22) "Urban Flood Management" } [1]=> object(stdClass)#104 (15) { ["bindingStyleCode"]=> string(4) "HARD" ["categories"]=> array(6) { [0]=> string(6) "EOC05A" [1]=> string(8) "SCEC0790" [2]=> string(6) "SCGE17" [3]=> string(8) "SCEC0737" [4]=> string(6) "WSE18A" [5]=> string(8) "SCEA0160" } ["edition"]=> int(1) ["id"]=> int(211260) ["imprint"]=> string(16) "Taylor & Francis" ["isbn"]=> string(13) "9780415436625" ["isbn10"]=> string(10) "0415436621" ["keywords"]=> string(900) "CONVEYANCE CAPACITY ATTENUATION ENGLISH DETENTION DOMESTIC CASE RIVERS STORMWATER MODELS APPROACHES RETENTION URBAN PLANNING REPAIR BASINS SYSTEM BARRIERS STUDY LIROLE FLOWS PRINCIPLES AREAS PROTECTION SUPPORT HAZARD IMPLICATIONS LITHE PROOFING INDIRECT PROJECT FLOODING DAMAGE PERMANENT LICHARACTERISATION OL ART DEFENCE REVIEW RESULTS LILOCAL SUDACS ADVANCES EUROPE LIA LIAN SUSTAINABLE RISK MAPPING FLOOD SUPPLEMENTS ESTIMATION EARTH BUILDINGS GO LIEUROPEAN EXTREME LOIRE FREQUENCY WHERE BUILDING ANALYSIS STRATEGIES MODELLING WATERCOURSES LIFLOOD RESILIENT SANDBAGS FLOODS STRUCTURE SYSTEMS OVERVIEW INNOVATIVE EUROPEAN LINEW LOSS RAINFALL FEASIBILITY STREAMS INTEGRATED ENVIRONMENTAL EMBANKMENTS INDUCED LITOWARDS STATE LIHYDROLOGICAL STANDARS LICHALLENGES MEASURES CRITICAL SEMI CONVENTIONAL MANAGEMENT LISTATE RIVER LIECONOMIC DRAINAGE ALTERNATIVE DWELLINGS PROBABILITY LI REDUCE LISUSTAINABLE" ["originators"]=> array(5) { [0]=> object(stdClass)#105 (3) { ["id"]=> int(2297415) ["name"]=> string(14) "Richard Ashley" ["roleCode"]=> string(2) "HG" } [1]=> object(stdClass)#106 (3) { ["id"]=> int(2297416) ["name"]=> string(14) "Stephen Garvin" ["roleCode"]=> string(2) "HG" } [2]=> object(stdClass)#107 (3) { ["id"]=> int(2297417) ["name"]=> string(11) "Erik Pasche" ["roleCode"]=> string(2) "HG" } [3]=> object(stdClass)#108 (3) { ["id"]=> int(2297418) ["name"]=> string(21) "Andreas Vassilopoulos" ["roleCode"]=> string(2) "HG" } [4]=> object(stdClass)#109 (3) { ["id"]=> int(2297419) ["name"]=> string(17) "Chris Zevenbergen" ["roleCode"]=> string(2) "HG" } } ["publicationDate"]=> string(25) "2007-01-31T19:00:00-05:00" ["relevance"]=> float(4.3709483) ["shortDescription"]=> string(298) "One of the effects of global climate change is the increasing variability of extreme flood events and cyclones. Current measures to mitigate flood impacts, particularly in the urban environment, are based on previously-planned flood risk intervals and no longer provide sufficient protection. " ["sku"]=> string(6) "SW6621" ["subjectGroup"]=> string(9) "Reference" ["title"]=> string(34) "Advances in Urban Flood Management" } } ["query"]=> object(stdClass)#110 (5) { ["bindingPriority"]=> string(54) "PAPE,HARD,PCK,PKCC,PKCD,PKWE,EBK,DVD,CDRM,AUDC,WEB,AUD" ["size"]=> int(10) ["sort"]=> object(stdClass)#111 (2) { ["key"]=> string(21) "SortByPublicationDate" ["direction"]=> string(10) "Descending" } ["start"]=> int(1) ["suggestSpelling"]=> bool(false) } ["totalHits"]=> int(2) }