{"id":103,"date":"2022-06-26T11:22:46","date_gmt":"2022-06-26T18:22:46","guid":{"rendered":"https:\/\/blogs.ubc.ca\/landslides\/?page_id=103"},"modified":"2022-08-04T16:50:51","modified_gmt":"2022-08-04T23:50:51","slug":"bibliography-matrix","status":"publish","type":"page","link":"https:\/\/blogs.ubc.ca\/landslides\/bibliography-matrix\/","title":{"rendered":"Bibliography Matrix"},"content":{"rendered":"\n

This bibliography matrix is an extension of the annotated bibliography containing both the annotated articles and more for further research. In order to help organize the material, we provide a rating for how “technical” the article is (1 being not technical and 5 being very technical), how relevant it seems to be for landscape architects, as well as which geographical region the research focuses on. We also provide keywords to help find articles on particular topics and have divided it into five sections: 1) landslide processes 2) GIS-based tools 3) design-based tools 4) LID concepts 5) other. <\/p>\n\n\n\n

Article title<\/th>Authors<\/th>Technicality (1-5)*<\/th>Direct relevance**<\/th>Country \/ Region<\/th>Key words<\/th><\/tr><\/thead>
TOPIC 1: <\/strong>
Landslides processes<\/strong><\/td>		<\/td><\/td><\/td><\/td><\/td><\/tr>
A Guide for Management of Landslide-Prone Terrain in the Pacific Northwest<\/a><\/td>Chatwin, Howes, Schwab & Swanston<\/td>2<\/td>High<\/td>British Columbia, Canada<\/td>Landslide processes, practical design solutions, overview of problems regarding landslides<\/td><\/tr>
Canadian Fatal Landslides, Mapped<\/a><\/td>Gov. of Canada<\/td>1<\/td>High<\/td>Canada<\/td>Disaster preparedness, landslide fatalities, causes and challenges<\/td><\/tr>
Climate Change and Hazardous Processes in High Mountains<\/a><\/td>Clague et al.<\/td>2<\/td>Low<\/td>Global<\/td>Climate change, natural hazards, landslides, permafrost, glaciers.<\/td><\/tr>
Climate change effects on landslides along the southwest coast of British Columbia.<\/a><\/td>Jakob & Lambert<\/td>3<\/td>Low<\/td>British Columbia, Canada<\/td>Landslides, debris flows, climate change, rainfall intensity, antecedent rainfall<\/td><\/tr>
How Hong Kong protects people from dangerous landslides<\/a><\/td>BBC Future<\/td>1<\/td>Medium<\/td>Hong Kong<\/td>Fatal landslides, early warning system, landslip warning system, community-based systems<\/td><\/tr>
Influence of landslides on biophysical diversity – A perspective from British Columbia<\/a><\/td>Geertsema & Pojar<\/td>1<\/td>Low<\/td>British Columbia, Canada<\/td>Landslides & Biophysical diversity, biodiversity, succession<\/td><\/tr>
Landslide causal factors and landslide remediatial options<\/a><\/td>Popescu<\/td>2<\/td>High<\/td>Black Sea, Romania<\/td>Causal factors, remedial measures, back analysis<\/td><\/tr>
Landslide types and processes<\/a><\/td>Highland<\/td>1<\/td>High<\/td>La Conchita, California, USA<\/td>Landslide processes, summary<\/td><\/tr>
The Landslide Handbook\u2014A Guide to Understanding Landslides<\/a><\/td>Highland and Bobrowsky<\/td>2<\/td>High<\/td>Global<\/td>Landslide knowledge, practical design solutions, in-depth overview of problems regarding landslides<\/td><\/tr>
TOPIC 2: <\/strong>
GIS-based tools<\/strong><\/td>		<\/td><\/td><\/td><\/td><\/td><\/tr>
A landslide risk rating system for Baguio, Philippines<\/a><\/td>Saldivar-Sali & Einstein<\/td>1<\/td>Medium<\/td>Baguio, Philippines<\/td>Landslides, risk rating, geologic factors, land-use planning<\/td><\/tr>
A web-based GIS for managing and assessing landslide data for the town of Peace River, Canada<\/a><\/td>Lan et al.<\/td>5<\/td>Low<\/td>Peace River, Alberta, Canada<\/td>Landslide hazard mapping, laser methods, lidar, radar, remote sensing, statistical analysis<\/td><\/tr>
Canadian geotechnical colloquium; landslide runout analysis; current practice and challenges<\/a><\/td>McDougall<\/td>1<\/td>Medium<\/td>Canada<\/td>Landslides, runout analysis, modelling, risk assessment.<\/td><\/tr>
DFLOWZ; a free program to evaluate the area potentially inundated by a debris flow.<\/a><\/td>Berti & Simoni<\/td>3<\/td>Medium<\/td>Rio Valburga
basin, Italy<\/td>		Debris flow, flooding, hazard assessment, scaling relationships<\/td><\/tr>
Directed deposition: exploring the roles of simulation and design in erosion and landslide processes<\/a><\/td>Melsom & Girot<\/td>3<\/td>High<\/td>Davos, Switzerland<\/td>Landscape architecture, RAMMS, GIS, Model, Rhinoceros 3d<\/td><\/tr>
Estimating landslide susceptibility areas considering the uncertainty inherent in modeling methods<\/a><\/td>Kim et al.<\/td>2<\/td>Medium<\/td>Inje-gun, Republic of Korea<\/td>Spatial distribution model, ensemble model, coefficient of variation, adaptation plans<\/td><\/tr>
GIS-based debris flow source and runout susceptibility assessment from DEM data; a case study in NW Nicaragua<\/a><\/td>Guinau, Vilajosana & Vilaplana<\/td>4<\/td>High<\/td>Nicaragua<\/td>Landslide runout model program, archGIS and TauDEM plugin<\/td><\/tr>
GIS-based landslide susceptibility analyses: Case studies at different scales<\/a><\/td>Zhou et al.<\/td>3<\/td>High<\/td>Colorado, USA; South Dakota, USA; Jinsha River, Tibet<\/td>AHP, infinite slope, method of slices, landslide susceptibility, landslide zonation<\/td><\/tr>
GIS-based landslide susceptibility mapping models applied to natural and urban planning in Trikala, central Greece<\/a><\/td>Bathrellos, Kalivas & Skilodimou<\/td>3<\/td>Medium<\/td>Trikala, Greece<\/td>Landslide susceptibility models, Maps, GIS, spatial planning, Central Greece<\/td><\/tr>
Impact of Land Use Changes on Landslides Occurrence in Urban Area: The Case of the Constantine City (NE Algeria)<\/a><\/td>Bourenane<\/td>3<\/td>Medium<\/td>Constantine City, Algeria<\/td>Landslide inventory, landslide density, hazard map, urbanization<\/td><\/tr>
Integration of Landslide Susceptibility Assessment in Urban Development: A Case Study in Predeal Town, Romanian Carpathians<\/a><\/td>Mihai, Bogdan, et al.<\/td>3<\/td>High<\/td>Romanian Carpathians<\/td>Predeal, landslide susceptibility, expert-based, real-estate development, deforestation, urban planning<\/td><\/tr>
Integration of landslide susceptibility maps for land use planning and civil protection emergency management<\/a><\/td>Oliveira e al.<\/td>2<\/td>Medium<\/td>Emilia Romagna region, Italy<\/td>Landslides, susceptibility, land use planning, emergency management<\/td><\/tr>
Interactive Landslide Simulator: A Tool for Landslide Risk Assessment and Communication<\/a><\/td>Chaturvedi, Arora and Dutt<\/td>3<\/td>Medium<\/td>India<\/td>Early warning systems, landslide risk communication<\/td><\/tr>
Landslide catastrophes and disaster risk reduction: A GIS framework for landslide prevention and management<\/a><\/td>Assilzadeh, Levy & Wang<\/td>3<\/td>Medium<\/td>Penang, Malaysia <\/td>GIS-based decision system, emergency response, resilient and resistant society, modelling, monitoring and management<\/td><\/tr>
Landslide susceptibility map refinement using PSInSAR data<\/a><\/td>Ciampalini et al.<\/td>5<\/td>Low<\/td>Messina Province, Italy<\/td>Landslide susceptibility model, increasing accuracy of PSInSAR data<\/td><\/tr>
Pan-<\/a>E<\/a>uropean landslide susceptibility mapping: ELSUS<\/a><\/td>G\u00fcnther et al.<\/td>2<\/td>Medium<\/td>Europe<\/td>European Landslide Suceptibility, open-source software (obtainable via account setup)<\/td><\/tr>
Technical note: Preliminary estimation of rockfall runout zones<\/a><\/td>Jaboyedoff & Labiouse<\/td>2<\/td>Medium<\/td>Switzerland<\/td>Pre-established empirical landslide runout modelling methods<\/td><\/tr>
TOPIC 3: <\/strong>
Design-based Tools<\/strong><\/td>		<\/td><\/td><\/td><\/td><\/td><\/tr>
Resilient Design: Landslides<\/a><\/td>American Society of Landscape Architects<\/td>1<\/td>High<\/td>Global<\/td>Landscape architecture, precedents, planning and design, co-benefits<\/td><\/tr>
Shifting ground: Landslide risk mitigation through community-based landscape interventions<\/a><\/td>Claghorn & Wethmann<\/td>2<\/td>High<\/td>Medellin, Columbia<\/td>Early warning systems – Landslide risk communication, landslide risk management, landscape architecture<\/td><\/tr>
TOPIC 4: <\/strong>
LID concepts<\/strong><\/td>		<\/td><\/td><\/td><\/td><\/td><\/tr>
A design method for landslide surface water drainage control<\/a><\/td>Haugen<\/td>3<\/td>High<\/td>Not region specific<\/td>Drainage, Engineering Geology, Erosion and Sedimentation, Landslides, Slope Stability, Surface Water<\/td><\/tr>
Effectiveness of low impact development practices: literature review and suggestions for future research<\/a><\/td>Ahiablame, Engel & Chaubey<\/td>2<\/td>Low<\/td>Not region specific<\/td>Modeling, Diffuse pollution, Urban water planning, Environmental impact, Runoff, Water quality<\/td><\/tr>
Green engineering principles promote low-impact development<\/a><\/td>Davis<\/td>1<\/td>Medium<\/td>Not region specific<\/td>Green engineering, Sustainable development, Environmental impact solutions<\/td><\/tr>
Performance and implementation of low impact development \u2013 A review<\/a><\/td>Eckart, McPhee & Bolisetti<\/td>1<\/td>Medium<\/td>Not region specific<\/td>Stormwater management, LID, SuDS, LIUDD, WSUD, Green infrastructure, Sustainability, LID implementation<\/td><\/tr>
Sustainable drainage systems for transitioning to sustainable urban flood management in the European union: A review<\/a><\/td>Gimenez-Maranges, Breuste & Hof<\/td>1<\/td>Medium<\/td>Europe and UK<\/td>Transition, Flood management, Sustainable drainage systems (SuDS), Urban, European union (EU)<\/td><\/tr>
TOPIC 5: <\/strong>
Other<\/strong><\/td>		<\/td><\/td><\/td><\/td><\/td><\/tr>
Advancing culture of living with landslides<\/a><\/td>Multiple<\/td>5<\/td>Medium<\/td>Global<\/td>Volume of articles<\/td><\/tr>
Landscape risk management<\/a><\/td>Multiple<\/td>2<\/td>Medium<\/td>Global; British Columbia, Canada<\/td>Risk assessment, landslide hazard mapping in B.C, QRAs<\/td><\/tr>
Landslide Impacts in Germany; a Historical and Socioeconomic Perspective<\/a><\/td>Klose, et al.<\/td>1<\/td>Medium<\/td>Germany<\/td>Landslide impacts, Germany, Case
studies, Mitigation, Damage costs<\/td><\/tr>
Landslide management in the UK\u2014the problem of managing hazards in a \u2018low-risk environment<\/a><\/td>Gibson, et al.<\/td>1<\/td>Medium<\/td>United Kingdom<\/td>Management, Land-use planning, Responsive
planning, near misses<\/td><\/tr>
Landslide risk assessment in Canada; a review of recent developments<\/a><\/td>Evans et al.<\/td>3<\/td>Medium<\/td>Canada<\/td>Risk assessment, Multitude\/ Frequency relations, Canadian risk management systems<\/td><\/tr>
Landslide risk evaluation: Canadian Technical Guidelines and Best Practices related to Landslides – a national initiative for loss reduction<\/a><\/td>Porter & Morgenstern<\/td>3-4<\/td>Low<\/td>Canada<\/td>Landslide risk evaluation and management- QRA – risk analysis – acceptable VS tolerable risk<\/td><\/tr>
Risk-based landslide safety assessments in Canada<\/a><\/td>Porter, M. et al.<\/td>3<\/td>Low<\/td>Canada<\/td>Quantitative risk assessments – Landslide risk evaluation – Risk Management<\/td><\/tr>
Territorial early warning systems for rainfall-induced landslides<\/a><\/td>Piciullo Calvello et al.<\/td>3<\/td>Low<\/td>Global, Europe<\/td>Early warning systems, risk management, risk knowledge & forecasting<\/td><\/tr>
Understanding and reducing landslide disaster risk: volume 1 Sendai landslide partnerships and <\/a>K<\/a>yoto landslide commitment<\/a><\/td>Sassa<\/td>1<\/td>Medium – High<\/td>Global<\/td>Prediction, Maps, Susceptibility, Hazard, Model, Consequences, Risk<\/td><\/tr>
Unravelling landslide risk; soil susceptibility, agro-forest systems and the socio-economic profile of rural communities in Italy<\/a><\/td>Ferrara, Barone & Salvati<\/td>2<\/td>Low – Medium<\/td>Italy<\/td>Soil degradation, landslides, indicators, multivariate analysis, municipalities, Italy<\/td><\/tr><\/tbody><\/table><\/figure>\n\n\n\n

*1= not technical, 5= very technical<\/p>\n\n\n\n

**low, medium, high relevance<\/p>\n","protected":false},"excerpt":{"rendered":"

This bibliography matrix is an extension of the annotated bibliography containing both the annotated articles and more for further research. In order to help organize the material, we provide a rating for how “technical” the article is (1 being not technical and 5 being very technical), how relevant it seems to be for landscape architects, … <\/p>\n

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