Paper Search Console

Home Search Page About Contact

Journal Title

Title of Journal: Hydrogeol J

Search In Journal Title:

Abbravation: Hydrogeology Journal

Search In Journal Abbravation:

Publisher

Springer Berlin Heidelberg

Search In Publisher:

DOI

10.1007/bf00193092

Search In DOI:

ISSN

1435-0157

Search In ISSN:
Search In Title Of Papers:

A theoretical analysis of basinscale groundwater

Authors: Ran An XiaoWei Jiang JunZhi Wang Li Wan XuSheng Wang Hailong Li
Publish Date: 2014/10/24
Volume: 23, Issue: 2, Pages: 397-404
PDF Link

Abstract

The theory of regional groundwater flow is critical for explaining heat transport by moving groundwater in basins Domenico and Palciauskas’s 1973 pioneering study on convective heat transport in a simple basin assumed that convection has a small influence on redistributing groundwater temperature Moreover there has been no research focused on the temperature distribution around stagnation zones among flow systems In this paper the temperature distribution in the simple basin is reexamined and that in a complex basin with nested flow systems is explored In both basins compared to the temperature distribution due to conduction convection leads to a lower temperature in most parts of the basin except for a small part near the discharge area There is a hightemperature anomaly around the basinbottom stagnation point where two flow systems converge due to a low degree of convection and a long travel distance but there is no anomaly around the basinbottom stagnation point where two flow systems diverge In the complex basin there are also hightemperature anomalies around internal stagnation points Temperature around internal stagnation points could be very high when they are close to the basin bottom for example due to the small permeability anisotropy ratio The temperature distribution revealed in this study could be valuable when using heat as a tracer to identify the pattern of groundwater flow in largescale basins Domenico PA Palciauskas VV 1973 Theoretical analysis of forced convective heat transfer in regional groundwater flow Geological Society of America Bulletin 843803–3814La théorie du flux souterrain régional est indispensable pour expliquer le transport de chaleur par mouvements d’eau souterraine dans les bassins Domenico et Palciauskas 1973 pionniers dans l’étude du transport convectif de chaleur dans un bassin simple assumaient que la convection avait une faible influence sur la redistribution des températures dans un aquifère De plus il n’y a pas eu de recherche se focalisant sur la distribution des températures près des zones de stagnation entre différents systèmes de flux Dans cet article la distribution des températures dans un bassin simple est réexaminée et de plus celle d’un bassin complexe avec des systèmes de flux imbriqués est explorée Dans ces deux bassins pour lesquels la distribution de la température due à la conduction est comparée la convection entraine une baisse de température dans la plus grande partie du bassin à l’exception d’un petit secteur proche de la zone de décharge Il existe une anomalie de hautes températures près du point de stagnation en fond de bassin où deux systèmes de flux convergent du fait d’un faible degré de convection et une distance de trajet importante Par contre il n’y a pas d’anomalie près du point de stagnation de fond de bassin lorsque deux systèmes de flux divergent Dans le bassin complexe il y a également une anomalie de fortes températures vers le point de stagnation interne La température vers le point interne de stagnation peut être très élevée lorsqu’ils sont proches du fond du bassin du fait par exemple d’un faible rapport d’anisotropie de la perméabilité La distribution de la température montrée dans cette étude peut être intéressante lorsque l’on utilise la chaleur comme un traceur pour identifier les schémas de circulation des flux souterrains dans de grands bassins Domenico PA Palciauskas VV 1973 Theoretical analysis of forced convective heat transfer in regional groundwater flow Analyse théorique du transfert de chaleur par convection sous contraintes dans l’écoulement régional d’eaux souterraines Geological Society of America Bulletin 843803–3814La teoría del flujo regional de agua subterránea es crítica para explicar el transporte del calor por movimiento del agua subterránea en cuencas El estudio pionero de Domenico y Palciauskas 1973 sobre transporte convectivo de calor en una cuenca simple asumió que la convección tenía una influencia pequeña en la redistribución de la temperatura en el agua subterránea Más aún no ha habido ninguna investigación enfocada en la distribución de la temperatura alrededor de las zonas de estancamiento entre los sistemas de flujo En este trabajo se reexamina la distribución de la temperatura en la cuenca simple y se explora dicha distribución en una cuenca compleja con sistemas de flujo anidados Comparada con la distribución de la temperatura debido a la conducción la convección en ambas cuenca lleva a temperaturas más bajas en la mayor parte de la cuenca excepto para una parte pequeña cercana a la zona de descarga Existe una anomalía de alta temperatura alrededor del punto de estancamiento en el fondo de la cuenca donde dos sistema de flujo convergen debido a un bajo grado de convección y a una gran distancia de tránsito pero no existe anomalía alrededor de un punto de estancamiento en el fondo de la cuenca donde dos sistemas de flujo divergen En la cuenca compleja también existen anomalías de alta temperatura alrededor de puntos internos de estancamiento La temperatura alrededor de los puntos internos de estancamiento podría ser muy alta cuando ellos están cercanos al fondo de la cuenca por ejemplo debido a una baja relación entre permeabilidad y anisotropía La distribución de temperatura revelada en este estudio podría ser valiosa al utilizar el calor como un trazador para identificar el esquema del flujo de agua subterránea en cuencas a gran escala Domenico PA Palciauskas VV 1973 Theoretical analysis of forced convective heat transfer in regional groundwater flow Análisis teórico de la transferencia de calor por convección forzada en el flujo regional de agua subterránea Geological Society of America Bulletin 843803–3814区域地下水流理论对解释盆地内依靠地下水流动的热量传输过程至关重要。Domenico 和 Palciauskas 1973年对一个简单盆地进行热对流传输的开拓性研究中 假定对流对地下水温度的再分布影响很小。此外对水流系统中滞流区周围的的温度分布还没有研究过。本文中重新研究了简单盆地的温度分布规律并对拥有多级次水流系统的复杂盆地进的温度分布规律开展了研究。在这两种盆地中与传导造成的温度分布相比除了排泄区附近很小一片区域外对流将会使流域大部分地区的温度偏低。在两个水流系统汇聚的盆地底部驻点周围由于对流程度较低及流动距离很长存在着一个高温异常但在两个水流系统分岔的盆地底部驻点周围没有高温异常。在复杂盆地中内部驻点周围也有高温异常。当内部驻点靠近盆地底部时例如由于渗透性各向异性比值很小其周围的温度可能非常高。在利用温度作为示踪剂确定大尺度盆地地下水水流模式时本研究所揭示的温度分布规律非常有价值。Domenico PA Palciauskas VV 1973年Theoretical analysis of forced convective heat transfer in regional groundwater flow 区域地下水流中强迫性对流热量转移的理论分析。美国地质学会学报 843803–3814A teoria do fluxo de água subterrânea regional é crítica para explicar o transporte de calor através do movimento da água subterrânea nas bacias O estudo pioneiro de Domenico e Palciauskas 1973 sobre transporte de calor convectivo numa bacia simples assumiu que a convecção tem uma influência diminuta na redistribuição da temperatura da água subterrânea Para além disso não tem havido pesquisa vocacionada para a distribuição de temperatura em redor de zonas de estagnação dentro dos sistemas de fluxo Neste documento a distribuição de temperatura na bacia simples é reexaminada e é explorada a mesma situação numa bacia complexa com sistemas de fluxo aninhados Em ambas as bacias em comparação com a distribuição de temperaturas devidas a condução a convecção leva a temperaturas mais baixas na maior parte das bacias exceto em pequenas zonas próximas das áreas de descarga Existe uma grande anomalia de alta temperatura em redor do ponto de estagnação na base da bacia onde dois sistemas de fluxo convergem devido ao baixo grau de convecção e à longa distância de circulação mas não há anomalia em redor do ponto de estagnação da base da bacia onde os dois sistemas de fluxo divergem Na bacia complexa existem também anomalias de alta temperatura em redor de pontos de estagnação internos A temperatura em redor de pontos de estagnação internos pode ser muito elevada quando estes estão próximos da base da bacia por exemplo devido a pequenos efeitos anisotrópicos na permeabilidade A distribuição de temperatura revelada neste estudo pode ser valiosa quando se usa o calor como traçador para identificar o padrão de fluxo da água subterrânea em bacias a grande escala Domenico PA Palciauskas VV 1973 Theoretical analysis of forced convective heat transfer in regional groundwater flow Análise teórica de transferência de calor convectivo forçado em fluxos regionais de água subterrânea Geological Society of America Bulletin 843803–3814This study was supported by the Fok Ying Tung Education Foundation 141015 the Program for New Century Excellent Talents in Universities NCET131007 and partially by the Foundation for the Advisor of Beijing Excellent Doctoral Dissertation 20121141502 and the Beijing Higher Education Young Elite Teacher Project YETP0656 The authors acknowledge three reviewers Mark Person Grant Ferguson and Andrew Fisher and the editor Jiu Jimmy Jiao who have significantly enhanced the quality of this manuscript


Keywords:

References


.
Search In Abstract Of Papers:
Other Papers In This Journal:

  1. Simulation of seawater intrusion into the Khan Yunis area of the Gaza Strip coastal aquifer
  2. Modelling groundwater flow of the Trifa aquifer, Morocco
  3. Competition between topography- and compaction-driven flow in a confined aquifer: Some analytical results
  4. Remediation scenarios for selenium contamination, Blackfoot watershed, southeast Idaho, USA
  5. Radiocarbon dating and the 36 Cl/Cl evolution of three Great Artesian Basin wells at Dalhousie, South Australia
  6. Influence of rainfall on the deformation and stability of a slope in overconsolidated clays: a case study
  7. Transport and deposition of suspended particles in saturated porous media: hydrodynamic effect
  8. Model of hydrological behaviour of the anthropized semiarid wetland of Las Tablas de Daimiel National Park (Spain) based on surface water–groundwater interactions
  9. Determination of hydraulic parameters of an unconfined alluvial aquifer by the floodwave-response technique
  10. Numerical modeling of stress-permeability coupling in rough fractures
  11. Using Hydrogeochemical Methods To Evaluate Complex Quaternary Subsurface Stratigraphy Block Island, Rhode Island, USA
  12. Karst groundwater: a challenge for new resources
  13. Evaluation of retention properties of a semi-synthetic fractured block from modelling at performance assessment time scales (Äspö Hard Rock Laboratory, Sweden)
  14. Groundwater management by riverbank filtration and an infiltration channel: the case of Obrenovac, Serbia
  15. Interactions between groundwater and surface water: the state of the science
  16. A hydrogeological conceptual approach to study urban groundwater flow in Bucharest city, Romania
  17. Groundwater recharge: an overview of processes and challenges
  18. Integrating hydraulic conductivity with biogeochemical gradients and microbial activity along river–groundwater exchange zones in a subtropical stream
  19. Is self-regulation a myth? Case study on Spanish groundwater user associations and the role of higher-level authorities
  20. Reply to comment on “Geochemical heterogeneity and isotope geochemistry of natural attenuation processes in a gasoline-contaminated aquifer at the Hnevice site, Czech Republic”: report published in Hydrogeology Journal (2007) 15: 961-976, by Barbora Topinkova, Kamil Nesetril, Josef Datel, Ondrej Nol, Petr Hosl
  21. Automatic estimation of aquifer parameters using long-term water supply pumping and injection records
  22. Book review: Groundwater around the World: A Geographic Synopsis, by Jean Margat and Jac van der Gun (CRC Press, 2013)
  23. Effect of sorption intensities on dispersivity and macro-dispersion coefficient in a single fracture with matrix diffusion
  24. The bailer test: a simple effective pumping test for assessing borehole success
  25. Groundwater resources in the Upper Guadiana Basin (Spain): a regional modelling analysis
  26. Evaluation of graphical and multivariate statistical methods for classification of water chemistry data
  27. Groundwater source assessment program for the state of Hawaii, USA: methodology and example application
  28. Thermal tracer testing in a sedimentary aquifer: field experiment (Lauswiesen, Germany) and numerical simulation
  29. Heterogeneous seepage at the Nopal I natural analogue site, Chihuahua, Mexico
  30. The role of faulting on surface deformation patterns from pumping-induced groundwater flow (Las Vegas Valley, USA)
  31. Investigating the influence of aquifer heterogeneity on the potential for thermal free convection in the Yarragadee Aquifer, Western Australia
  32. Dynamics and interaction of organic carbon, turbidity and bacteria in a karst aquifer system
  33. Effect of advective mass transfer on field scale fluid and solute movement: Field and modeling studies at a waste disposal site in fractured rock at Oak Ridge National Laboratory, Tennessee, USA
  34. The impact of intensive groundwater abstraction on recharge to a shallow regional aquifer system: evidence from Bangladesh
  35. Characterization of a Pleistocene thermal spring in Mozambique
  36. Ground truthing groundwater-recharge estimates derived from remotely sensed evapotranspiration: a case in South Australia
  37. Estimation of aquifer hydraulic parameters from surface geophysical measurements: a case study of the Upper Cretaceous aquifer, central Sinai, Egypt
  38. MODFLOW procedure to simulate axisymmetric flow in radially heterogeneous and layered aquifer systems
  39. Estimating groundwater recharge beneath irrigated farmland using environmental tracers fluoride, chloride and sulfate
  40. Effects of climate change on groundwater resources at Shelter Island, New York State, USA
  41. Simulated impacts of artificial groundwater recharge and discharge on the source area and source volume of an Atlantic Coastal Plain stream, Delaware, USA
  42. Investigating pesticide transport in the León-Chinandega aquifer, Nicaragua
  43. Simultaneous parameter identification of a heterogeneous aquifer system using artificial neural networks
  44. A conceptual approach for assessing the impact of climate change on groundwater and related surface waters in cold regions (Finland)

Search Result: