Quarterly Journal of Engineering Geology and Hydrogeology

Papers
(The median citation count of Quarterly Journal of Engineering Geology and Hydrogeology is 1. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2022-05-01 to 2026-05-01.)
ArticleCitations
Granites of Dublin, Ireland: uniaxial compression strength, point load index and correlation analysis43
Enhancing the visualization and analysis of geotechnical properties: examples from the 3D volume change potential of UK clay soils31
Using numerical modelling to test the geological and groundwater conceptual understanding of a complex, layered aquifer: a case study from the Fell Sandstone, Northumbria24
Mechanical properties and acoustic emission response of carbonate fault breccias: a study from Greece19
Multiphysical monitoring of a thermal plume during mine water geothermal experimentation13
Introduction to the 23rd Glossop Lecture12
Anisotropic flow characteristics in single-fractured tensile and shear fractures in granite subjected to various confining stress11
Non-linear analysis of argillaceous slate disintegration under water–rock interaction effects10
Unravelling the influencing hydrogeological factors contributing to land subsidence in the Tianjin Plain of China using a multi-scale geographically weighted regression model and monitoring data9
Estimation of rock mass deformability based on empirical relations for Ghezel Ozan dam site in the north of Iran9
Understanding the behaviour of seismically derived Poisson's ratio in near-surface characterization9
The impact of wide-graded debris flow on sediment-trap dams in the Tibetan Plateau: an experimental study8
Characterizing structural variation in the shallow subsurface at the Otway Basin, Australia: challenges for environmental monitoring of geological CO 2 8
A40 Brecon bypass landslide: investigation, remediation and asset management for climate resilience8
A single multi-scale and multi-sourced semi-automated lineament detection technique for detailed structural mapping with applications to geothermal energy exploration7
Three-dimensional dynamic simulation of waves produced by landslides: An analysis of the Mogangling landslide caused by the Moxi earthquake in 17867
Sandstone-body geometry and hydrostratigraphy of the northern High Plains Aquifer system, USA7
Investigating the response of groundwater and streamflow to rainfall in a tropical catchment using non-parametric methods7
Correlations between BQ and Q rock mass classification systems and design impact on a tunnel project in Malaysia7
Book review7
EMODnet Geology: pan-European assessment of coastal resilience and vulnerability7
Discussion on ‘Strength and permeability properties of sodium silicate–glyoxal stabilized silt and fine sand’ by ( QJEGH , 55, qjegh2021-115)6
Hydrogeology of a landslide: a case study in the Montagne de Reims (Paris basin, France)6
Debris flow at Luib on the A87 strategic road: Isle of Skye, Scotland6
Law of overburden and surface deformation in roof cutting and backfilling mining under thin bedrock in shallow buried coal seam5
A note on the analysis of groundwater travel times for injection–abstraction doublets5
In situ thermal remediation application in South Africa: a case study incorporating sustainable remediation principles5
Development of a drought-resilient water supply from dolomitized limestones of the Irish Midlands5
Demonstrating natural attenuation of tert-amyl methyl ether (TAME) through a multiple lines of evidence approach: a compilation of case studies5
Contribution of temperature measurements to the hydrogeological model in the Snowy 2.0 deep tunnels5
Spatiotemporal evolution and driving mechanisms of terrestrial water storage in the Yangtze River source region5
Record of a pioneering geothermal borehole in London5
Periglacial discontinuities observed in Jurassic mudstones between Buckinghamshire and Warwickshire5
Swelling evolution mechanism for argillaceous slate in a hydrochemical environment5
Research on correlation and cost optimization of the downstream mining operations with rock blasting results5
Remediating the sky: the role of geoenvironmental engineers and applied geoscientists in geochemical carbon dioxide removal4
Impact liquefaction mechanism of sandy silt with a change in impact energy4
Experimental study of the effect of bound water on the shear strength and structural units of Malan loess4
Study on water inrush risk of overlying old goaf water in fully mechanized caving mining of lower coal group4
Using hydrogeological data to characterize regional Chalk flow processes in East Kent4
Dissolved sulfate δ 34 S and the origin of sulfate in coal mine waters; NE England4
Study on the instability characteristics and precursor signals of rockburst in ancient fluvial sedimentary microfacies coal seam4
Engineering geomorphology of coastal landslides at Limestone Downs, North Island, New Zealand4
Experimental investigation of temperature effects on the physical and mechanical properties of red sandstone4
Analysis of physical and mechanical properties of granite under different cooling methods under high-temperatures thermal cycles4
Construction-induced groundwater changes and hillslope instability4
Drilling into coal mine workings: overview and experience from Britain's coalfields4
Laboratory simulation of gypsum rock dissolution at different pressures, water-flow velocities and pH ranges4
Editorial 20233
Geological and geotechnical evaluation of the tunnel site of the Koto Hydropower Project, Khyber Pakhtunkhwa, Pakistan3
Analysis of energy dissipation characteristics and numerical simulation of surrounding rock control for backfill combinations with different ash/sand ratios3
Permanent displacement characteristics of landslides taking into consideration the frequency and energy behaviour of historical seismic ground motions3
Rudolph (Silas) Glossop: some fragments and family memories3
Assessment of the petroleum vapour intrusion pathway: vertical screening distances for UK sites3
Investigation of earthquake damage and seismic slope displacements in open irrigation channels using the coupled Eulerian–Lagrangian method3
Construction geological logging of the Thames Tideway Tunnel beneath central London: unearthing the ground truth3
Preliminary analysis of failure characteristics and evolution of the Zongling collapse group3
Integrated fault identification in granite tunnel based on the analysis of structural and mineral characteristics of rock masses: a case study3
Integration of conventional well logs and core samples to predict porosity of tight reservoir: a case study from Ordos Basin3
The John Mitchell Lecture 2022: thinking conceptually about groundwater problems3
Experimental study of the effects of fracture number on the creep and acoustic emission characteristics of sandstone3
Introduction to the 18th Glossop Lecture3
Slope collapse instability mechanism of Jurassic soft and hard alternate strata in the Three Gorges Reservoir area3
Natural attenuation of dissolved petroleum fuel constituents in a fractured Chalk aquifer: contaminant mass balance with probabilistic analysis3
Generic modelling to develop thermal yield nomograms for coaxial deep borehole heat exchangers (DBHEs)3
Initial assessment of soil liquefaction potential for selected sites in Hilla city, Babylon Governorate, Iraq3
Investigation of planar sliding deformation and analysis of the damage mechanism of a rocky landslide in Yaoping triggered by highway excavation in Hubei, China3
The John Mitchell Lecture 2023: road asset, socio-economic and fatality risk from debris flow3
Research and engineering application of large-area vacuum preloading settlement prediction method3
Influences of bedding angle and soaking time on the mechanical behaviour of silty mudstone: laboratory testing and theoretical modelling3
Chloride in the Chalk aquifer of East Anglia, UK. Part 2: causes of elevated chloride in freshwater3
Exploring the impact of fracture interaction on connectivity and flow channelling using grown fracture networks2
Spatial characterization of seabed environmental conditions and geotechnical properties for the development of marine renewable energy in Sweden2
Standard penetration tests in clays derived from weathered Jurassic mudstones in central England2
Abstraction of heat from mineworkings: use of a one-dimensional model to quantify long-run impacts on the subsurface geothermal resource2
Chloride in the Chalk aquifer of East Anglia, UK. Part 1: distribution of chloride in brackish and saline groundwater2
Rudolph Glossop (1902–1993): the founding of the Engineering Group of the Geological Society of London2
Distinguishing sources of ammonium in groundwater at former gasworks sites using nitrogen isotopes2
Hydrogeological insights from groundwater ice formation on the Niagara Escarpment, Hamilton, Canada2
The influence of cyclic humidification and dehumidification on the migration of colloidal clay particles in loess2
Construction of the ‘Gateshead Mine Water Heat Living Laboratory’2
Analytical expressions of hydraulic conductivity intervals for steady flow to a single pumping well in an unconfined aquifer2
Cross-scale study of pore fractal characteristics and the pore structure of weathered granite2
Geological characterization and failure analysis of a catastrophic landslide in volcaniclastic soils: the Banjarnegara–Jemblung Landslide (Indonesia)2
A new toolbox for managing sites affected by light non-aqueous phase liquids (LNAPLs)2
A century of urban landslides: the legacy and consequences of altering riverbank landscapes2
Roles and responsibilities as an expert in geotechnical engineering2
Multi-scale investigation on the stability of soil–gravel mixture slopes using imaging analyses2
Natural and anthropogenic halite karst subsidence in north Cheshire, UK; comparison of Rostherne Mere, Melchett Mere, Tatton Mere and their surroundings2
Stability analysis before and after support of a multi-stage structural surfaces landslide mass2
Reducing future climate impact on rural transport infrastructure in developing countries; the role of engineering geology2
Experimental investigation of physical and tensile mechanical properties of granite after different heating and cooling treatments2
Characterization and behaviour of soils: actual objectives and requirements2
Evaluating risk in reservoir accumulation landslides: the role of instability pattern uncertainty2
Study of the strength properties and micromechanisms of nano-Al 2 O 3 -modified predisintegrated carbonaceous mudstone based on or2
A systematic review of climate change impacts on mine water resources using the UK as a case study2
Investigation of strain-softening behaviours and development of constitutive model of red clays in Guiyang, China2
The geotechnical behaviour and microstructural characteristics of the alkaline residue/cement-stabilized expansive soil under wetting–drying cycles2
Increasing road network resilience to the impacts of ground movement due to climate change: a case study from Lincolnshire, UK1
Depositional environment and aquifer properties of the Sherwood Sandstone Group in the Cleveland Basin based on investigations at Woodsmith Mine1
The performance of speckle filters on Copernicus Sentinel-1 SAR images containing natural oil slicks1
Measuring ground surface elevation changes in a slow-moving colluvial landslide using combinations of regional airborne lidar, UAV lidar and UAV photogrammetric surveys1
The relationship between mechanical properties and mineralogical composition of some sedimentary rocks1
Comparison of existing joint orientation parameters and their effect on rock erodibility in dam spillways1
Managing a potential conflict between the protection of geological sites and the need to safeguard essential road infrastructure: the Coverack North Coast Protection Scheme and palaeo-Moho in Cornwall1
Geological and mechanical characteristics of fault breccia in the Philippine Mobile Belt region1
Book review Soft clay engineering and ground improvement, by J. Ameratunga, N. Sivakugan and B.M. Das, CRC Press, 2021, £64.99, e-book, 480 pp., ISBN 97804294555441
Rare travertine systems in Jordan: evolution, chemical and biogenic composition1
The effect of weathering on the variation of geotechnical properties of a granitic rock from Chile1
The influence of cooling methods on tensile properties and damage constitutive model of layered sandstone after undergoing high temperatures1
Modelling the stress–strain curves of rocks using an improved spring model1
Structure of the Plio-Quaternary coastal aquifer (Mediterranean Basin, Tunisia): insights from gravity and seismic analysis1
Quantitative research on the delayed effects of landslide displacement based on DLNMs: a case study of the Outang landslide in the Three Gorges Reservoir Area1
Editor's Note: correction to ‘Geology for Engineers: the Geological Model, Prediction and Performance’ (1997), by P.G. Fookes1
Experimental study of the effect of the inclination angle on mechanical characteristics and failure modes of layered sandstone1
A discontinuity roughness parameter combined with shear failure mechanism and its correlation with JRC1
Could California's groundwater resource management lessons be beneficial to England?1
Engineering geomorphological reconnaissance of the December 2018 Waimata Valley mud volcano eruption, Gisborne, New Zealand1
Using slurry TBM data to assess the variability of weathered Kowloon Granite1
Thermal damage and acoustic emission characteristics of granite based on Brazilian splitting test1
Geological mapping by thermal inertia derived from long-term maximum and minimum temperatures in ASTER data1
Evaluating the impact of tunnelling on surface-water resources: update of the Drawdown Hazard Index (DHI) method1
Brunsden's Jurassic World Heritage coast, Dorset, UK tribute and account of the EGGS field excursion, 13–15 June 20251
Engineering geological aspects of the Network Rail earthworks assessment framework1
Is concrete gunning in volcanic tunnelling effective in reducing the presence of radon gas? Experience in road tunnels, the Canary Islands (Spain)1
Review of groundwater flow and contaminant transport modelling approaches for the Sherwood Sandstone aquifer, UK; insights from analogous successions worldwide1
Discussion on ‘Predicting tunnel-boring machine penetration rate utilizing geomechanical properties’ by Karrari et al. 2022 ( QJEGH , 55, 1
Introduction to the 24th Glossop Lecture1
Litho-structural control on rock slope failures at Garmaksla, Billefjorden coastline, Svalbard1
Degradation and protection of cut slopes in weathered gneiss; a 40 year case study1
Reply to discussion on ‘Predicting tunnel-boring machine penetration rate utilizing geomechanical properties’ by Karrari et al. 2022 ( QJEGH 1
Sarıçay Dam: a case study on in-depth seismic evaluation, deformation modulus and key geotechnical parameters1
Permeability evolution of carbonaceous mudstone fill material induced by particle breakage under dynamic loading and seepage conditions1
Rock joint detection from 3D point clouds based on colour space1
Hydrogeology of southeastern coastal parts of Great Nicobar Island, India: development of an integrated conceptual model for a hitherto unexplored island in the Indian Ocean1
Engineering geomorphology of HS2: management of geohazards1
Variations of thermal properties with water content and density of residual and basaltic sands from Chile1
The 18th Glossop Lecture: variability and ground hazards: how does the ground get to be ‘unexpected’?1
Spatial distribution law of landslides and landslide susceptibility assessment in the eastern Himalayan syntaxis region1
Innovative use of change detection in large numbers of satellite scenes, with geological applications1
Subaqueous landslides associated with historical road improvements in steep glaciated terrain, Loch Lomond, western Scotland1
Evaluation method for the intactness of tunnel face surrounding rock based on tunnel face images1
Introduction to the 21st Glossop Lecture1
Damage evolution process and damage precursor law under cyclic splitting action of different types of rocks1
Geophysical research on the interplays between soil–rock variability and hydrogeological structures: a case study1
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