In 21st century living, engineers and researchers need to deal with growing problems related to climate change, oil and water storage, handling, storage and disposal of toxic and hazardous wastes, remediation of contaminated sites, sustainable development and energy derived from the ground.Environmental Geotechnics aims to disseminate knowledge and provides a fresh perspective regarding the basic concepts, theory, techniques and field applicability of innovative testing and analysis methodologies and engineering practices in geoenvironmental engineering.The journal's Editor in Chief is a Member of the Committee on Publication Ethics.All relevant papers are carefully considered, vetted by a distinguished team of international experts and rapidly published. Full research papers, short communications and comprehensive review articles are published under the following broad subject categories:geochemistry and geohydrology,soil and rock physics, biological processes in soil, soil-atmosphere interaction,electrical, electromagnetic and thermal characteristics of porous media,waste management, utilization of wastes, multiphase science, landslide wasting,soil and water conservation,sensor development and applications,the impact of climatic changes on geoenvironmental, geothermal/ground-source energy, carbon sequestration, oil and gas extraction techniques,uncertainty, reliability and risk, monitoring and forensic geotechnics.
在21世纪的生活中，工程师和研究人员需要处理越来越多的与气候变化、石油和水的储存、有毒和危险废物的处理、储存和处置、污染场地的修复、可持续发展和从地下获取能源有关的问题。环境岩土工程旨在传播知识，技术和现场应用的创新测试和分析方法和工程实践的地质环境工程。该杂志的主编是出版道德委员会的成员。所有相关的论文都经过仔细考虑，由一个杰出的国际专家小组审查，并迅速发表。全文研究论文、简短通讯和综合评论文章按以下广泛的主题类别发表：地球化学和地质水文学、土壤和岩石物理学、土壤中的生物过程、土壤-大气相互作用、多孔介质的电、电磁和热特性、废物管理、废物利用、多相科学、滑坡废弃、水土保持、传感器开发和应用、气候变化对地质环境的影响、地热/地源能源、碳固存、石油和天然气开采技术、不确定性、可靠性和风险、监测和法医地质技术。
Potential use of lignosulfonate for expansive soil stabilisation
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00051
Mixed metals migration through zeolite-amended backfills for vertical cut-off walls
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00041
Cracking, salinity and evaporation in mesoscale experiments on three types of tailings
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.16.00026
Experiments and dimensional analysis of contaminated clay soils
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00018
Electrical resistivity of compacted clay minerals
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.16.00005
Modelling a heater experiment for radioactive waste disposal
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.15.00060
Performance analysis of cement-stabilised laterite for road construction in the tropics
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00026
Biological soil improvement using new environmental bacteria isolated from northern Iran
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00176
Plasticity of Nigerian lateritic soil admixed with selected admixtures
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.15.00085
Leachate pre-treatment using non-woven geotextile filters
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.16.00021
Uncertainty in the estimation of hysteresis of soil–water characteristic curve
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00008
Determination of soil erosion index for surface soils of landfill covers
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.16.00018
Manufactured aggregate from cement kiln dust
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.15.00074
Correlation of the hydraulic conductivity of fine-grained soils with water content ratio using a database
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00166
The effect of soil–vegetation–atmosphere interaction on slope stability: a numerical study
来源期刊：Environmental geotechnicsDOI：10.1680/jenge.18.00201
Optimising geosynthetic clay liner overlaps: implications on hydraulic performance
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00146
A theoretical model for total suction effects by tree roots
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.15.00065
Non-linear elastic model for MSW considering dilatancy effect
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.16.00015
Multimineral reactions controlling secondary phase evolution in a hyperalkaline plume
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00012
Biodegradation of biosolids and specific gravity determination
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.16.00014
The role of pore-gas dynamics in guiding reclamation practices
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00030
Molecular-level simulations of oil-contaminated clays
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.16.00032
Combined Method Limiting Shrinkage-Swelling Behaviors of Huai’An Expansive Soils
来源期刊：Environmental geotechnicsDOI：10.1680/jenge.18.00009
Prediction of soil suction using measured climatic data
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.15.00064
Modelling thermal fluxes at the soil surface
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.15.00075
Environmental implications of end pit lakes at oil sand mines in Alberta, Canada
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00110
Statistical study of curing conditions in alkali activation of Portuguese mine tailings
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00013
Heat transfer within frozen slopes in subarctic Yukon, Canada
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.15.00058
Performance and economic comparison of PRB types in heterogeneous aquifers
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00063
Environmental assessment of cement-stabilised lateritic soil/melamine debris for Thailand’s pavement
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00195
Coupled effects of matric suction and temperature on the compression behaviour of loess
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00186
Methodology for quantifying the social sustainability index for environmental projects
来源期刊：Environmental geotechnicsDOI：10.1680/jenge.19.00037
Testing the hydraulic conductivity of degraded municipal solid waste in China
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00205
Lime stabilisation of highly compressible surface from soils in ex-Lake Texcoco, Mexico
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00139
Development of a pressure-retained transfer system of seafloor natural gas hydrates
来源期刊：Environmental geotechnicsDOI：10.1680/jenge.19.00062
Sustainability and resilience in pavement infrastructure: a unified assessment framework
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.19.00035
Geochemical modelling of multimineral evolution for a 15-month experiment
来源期刊：Environmental geotechnicsDOI：10.1680/jenge.19.00081
Mathematical and numerical modelling of limestone dissolution
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00136
Effects of organic content on soil-water characteristic curve and soil shrinkage
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.19.00028
Rheological model of viscoelastic–plastic geogrid-reinforced tailings
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.19.00010
Solidification and stabilisation of metal plating sludge with fly ash geopolymers
来源期刊：Environmental geotechnicsDOI：10.1680/jenge.19.00050
Submarine slope failure due to overpressure fluid associated with gas hydrate dissociation
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.19.00070
A case study on the applicability of elastic velocity models to hydrate-bearing sediments
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.19.00064
DEM simulation of coexistence type methane hydrate bearing sediments
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.19.00066
A mass-flux method to estimate pollutants in groundwater
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00003
Pore-gas dynamics in overburden and reclamation soil covers
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.17.00016
Creep behaviours of methane hydrate-bearing sediments
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00196
A bounding surface model of gas-hydrate-bearing sediments
来源期刊：Environmental geotechnicsDOI：10.1680/jenge.19.00060
New Turcot complex: the challenge of contamination management
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.15.00063
Two-stage wetting deformation behaviour of rock-fill material
来源期刊：Environmental geotechnicsDOI：10.1680/JENGE.18.00130
