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| 1 | A Framework of Environmental Modelling and Information Sharing for Urban Air Pollution Control and Management显示文摘More effective environmental pollution control and management are needed due to the increasing environ-mental impacts from a range of human activities and the growing public demands for a better living environment. Urban air pollution is a serious environmental issue that poses adverse impacts on the health of people and the environment in most metropolitan areas. In this paper,we propose a geoinformatics augmented framework of environmental modelling and information sharing for supporting effective urban air pollution control and management. This framework is out-lined in terms of its key components and processes including: 1) an integrated,adaptive network of sensors for envi-ronmental monitoring; 2) a set of distributed,interoperable databases for data management; 3) a set of intelligent,robust algorithms and models for environmental modelling; 4) a set of flexible,efficient user interfaces for data access and in-formation sharing; and 5) a reliable,high capacity,high performance computing and communication infrastructure for integrating and supporting other framework components and processes. | LIU Gang-jun FU Er-jiang WANG Yun-jia ZHANG Ke-fei HAN Bao-ping ARROWSMITH Colin | 2007 | Journal of China University of Mining and Technology2007，17，2： | 4 |
| 2 | Robert Inbakaran,Estimating environmental resiliency for the Grampians Nation Parks,Victoria,Australia:a quantitative approach显示文摘 | Colin Arrowsmith | 2002 | Tourism Management2002，，23： | 1 |
| 3 | The wayfinding process relationships between decision-making and landmark utility显示文摘 | Jianhong (Cecilia) Xia Colin Arrowsmith Mervyn Jackson William Cartwright | 2007 | Tourism Management2007，，3： | 1 |
| 4 | Estimating environmental resiliency for the Grampians National Park,Victoria,Australia:a quantitative approach显示文摘 | COLIN ARROWSMITH ROBERT INBAKARAN | 2002 | Tourism Management2002，23，： | 1 |
| 5 | Finding Areas at Risk from Floods in a Downpour Using the Lidar-Based Elevation Model显示文摘Climate change can impact coastal areas in different ways,including flooding,storm surges,and beach erosion.Of these,flooding has a major impact on the operation of coastal drainage systems.This paper develops a new flood screening model using a LiDAR based digital elevation model(DEM)to improve the implementation of Victorian’s coastal flooding risk assessment and management.Hydrological elevation models are directed towards protection from cloudbursts and applied to rising sea level.The aim is to simulate water flow on the ground and in streams,and the resulting accumulation of water in depressions of the blue spot using DEM.Due to the presence of pipes,watercourses,bridges and channels it was required that the DEM data to be lowered.The reservoirs of rain will prevent seawater from flowing across the stream channel into land.The rain drain will be open during normal sea levels to allow rain water in the river to move and flow in to the sea.Traditionally,geographic information system(GIS)assists with spatial data management,but lacks modelling capability for complex hydrology problems and cannot be relied upon by decision-makers in this sector.Functionality improvements are therefore required to improve the processing or analytical capabilities of GIS in hydrology.This research shows how the spatial data can be primarily processed by GIS adopting the spatial analysis routines associated with hydrology.The objective of this paper is to outline the importance of GIS technology for coastal flood management.Following a definition of the coastal flood,and,short description of its peculiarities and the urgency of its management,this paper describes the use of GIS technology in coastal flood management,its advantages and the consideration for accuracy.This is followed by the information and LiDAR data required for coastal flood management and the application area in coastal flood management.This paper method is presented to conduct a first high-resolution DEM screening to detect the degree and capacities of the sinks in the coastal landscape.When their capacities are established,the rain volumes received during a rainstorm from their coastal catchments are saved as attributes to the pour points.The conclusion emphases the importance of a geographical information system in coastal flood management for efficient data handling and analysis of geographically related data.Local governments at risk of coastal flooding that use the flood screening model can use to determine appropriate land use controls to manage long-term flood risk to human settlements. | Sultana Nasrin Baby Colin Arrowsmith Gang-Jun Liu David Mitchell Nadhir Al-Ansari Nahala Abbas | 2021 | Journal of Civil Engineering and Architecture2021，15，1： | 0 |
| 6 | Climate Change Impacts on Water Resources of Ary Creek,Inverloch,Victoria显示文摘Understanding urban wetland ecosystem services structure allows managers to base restoration efforts on multiple user end-benefits.Ary Creek can provide the coupled function of improving water quality and mitigating floods through delayed stormwater flow.It is fundamental to identify areas surrounded by water for the safety of individual should in case the water level raise beyond a reasonable doubt and might cause a flood.For many years,the Ary Creek catchment in Inverloch has been flooding and causing great problems for the inhabitants as well as the environment.The procedure is to develop models of the area around the catchment or watershed using Victorian Coastal LiDAR and other input data from the GIS(geographic information system).This study uses the real-time simulation in ArcSWAT—ArcGIS 10.3 and 3D in ArcScene 10.3,and the variables obtained from the soil and water assessment tool ArcSWAT such as the land use,soil and slope are the parameters measured to induce the flood.When certain portions of the Hydrologic response unit HRU,land use,soil or slope is changed due to temporal adjustment and climate change,then the model can predict zones of low,moderate and high flood risk.The 3D simulations appear to produce a visual model for decision-making,planning,management,and mitigation.The simulation helps in determining the extent of the flood by using animation. | Sultana Nasrin Baby Colin Arrowsmith Nahla Abbas Nadhir Al-Ansari | 2018 | Journal of Civil Engineering and Architecture2018，12，10： | 0 |
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