I. Gavrieli

发表

Massive arrival of desalinated seawater in a regional urban water cycle: A multi-isotope study (B, S, O, H).

W. Kloppmann, I. Negev, J. Guttman, 2018, The Science of the total environment.

Quantifying ground water inputs along the Lower Jordan River.

Michal Segal-Rozenhaimer, A. Vengosh, I. Gavrieli, 2005, Journal of environmental quality.

Mobilization and retardation of reduced manganese in sandy aquifers: Column experiments, modeling and implications

Orly Goren, I. Gavrieli, A. Burg, 2012 .

Will the Dead Sea die

I. Gavrieli, B. Berkowitz, D. Ronen, 1998 .

Synchronous onset of the Messinian salinity crisis and diachronous evaporite deposition: New evidences from the deep Eastern Mediterranean basin

I. Gavrieli, S. Lugli, M. Roveri, 2021, Palaeogeography, Palaeoclimatology, Palaeoecology.

Gypsum as a monitor of the paleo-limnological hydrological conditions in Lake Lisan and the Dead Sea

M. Stein, I. Gavrieli, A. Torfstein, 2008 .

Gypsum crystal growth kinetics under conditions relevant to CO2 geological storage

D. Wolff-Boenisch, J. Ganor, I. Gavrieli, 2019 .

THE LOWER JORDAN RIVER

A. Vengosh, I. Gavrieli, R. Holtzman, 2004 .

Impact of local recharge on arsenic concentrations in shallow aquifers inferred from the electromagnetic conductivity of soils in Araihazar, Bangladesh

Roelof Versteeg, Yan Zheng, Mohammad Shamsudduha, 2008 .

Intensified microbial sulfate reduction in the deep Dead Sea during the early Holocene Mediterranean sapropel 1 deposition

I. Gavrieli, A. Turchyn, V. Grossi, 2022, Geobiology.

Gypsum Deltas at the Holocene Dead Sea Linked to Grand Solar Minima

I. Gavrieli, Y. Yechieli, N. Weber, 2021, Geophysical Research Letters.

The circulation of the Dead Sea brine in the regional aquifer

M. Stein, I. Gavrieli, B. Lazar, 2018, Earth and Planetary Science Letters.

A novel experimental system for the exploration of CO2-water-rock interactions under conditions relevant to CO2 geological storage

D. Wolff-Boenisch, J. Ganor, I. Gavrieli, 2018 .

Self‐accelerated development of salt karst during flash floods along the Dead Sea Coast, Israel

S. Filin, I. Gavrieli, Y. Avni, 2016 .

Formulating A Regional Policy for the Future of the Dead Sea — The ‘Peace Conduit’ Alternative

I. Gavrieli, A. Bein, 2007 .

The expected impact of the “Peace Conduit” project (the Red Sea - Dead Sea pipeline) on the Dead Sea

A. Oren, I. Gavrieli, A. Bein, 2005 .

Redox control of arsenic mobilization in Bangladesh groundwater

M. Stute, I. Gavrieli, K. Ahmed, 2004 .

Pore fluids in Dead Sea sediment core reveal linear response of lake chemistry to global climate changes

M. Stein, I. Gavrieli, B. Lazar, 2017 .

Gypsum solubility under pressure conditions relevant to CO2 geological storage

D. Wolff-Boenisch, J. Ganor, I. Gavrieli, 2016 .

Anaerobic oxidation of methane by sulfate in hypersaline groundwater of the Dead Sea aquifer

S. Joye, I. Gavrieli, A. Turchyn, 2014, Geobiology.

Salt precipitation and dissolution in the late Quaternary Dead Sea: Evidence from chemical and δ 37 Cl composition of pore fluids and halites

M. Stein, I. Gavrieli, B. Lazar, 2018 .

Sources and transformations of nitrogen compounds along the Lower Jordan River.

B. Mayer, Michal Segal-Rozenhaimer, A. Vengosh, 2004, Journal of environmental quality.

Geochemical Aspects of Groundwater in the Dead Sea Coastal Aquifer

I. Gavrieli, Y. Kiro, N. Avrahamov, 2020, Springer Hydrogeology.

Abrupt aridities and salt deposition in the post-glacial Dead Sea and their North Atlantic connection

M. Stein, I. Gavrieli, A. Torfstein, 2010 .

Mount Sedom salt diapir - Source for sulfate replenishment and gypsum supersaturation in the last glacial Dead Sea (Lake Lisan)

M. Stein, I. Gavrieli, B. Lazar, 2019, Quaternary Science Reviews.

Size Distribution and Morphology of Gypsum Crystals Precipitating from Hypersaline Solutions

J. Ganor, I. Gavrieli, A. G. Reiss, 2019, Crystal Growth & Design.

Long-term freshening of the Dead Sea brine revealed by porewater Cl− and δO18 in ICDP Dead Sea deep-drill

M. Stein, I. Gavrieli, B. Lazar, 2014 .

Nitrate contamination sources in aquifers underlying cultivated fields in an arid region – The Arava Valley, Israel

I. Gavrieli, A. Burg, B. Lazar, 2015 .

The geochemistry of groundwater resources in the Jordan Valley: The impact of the Rift Valley brines

B. Mayer, A. Vengosh, I. Gavrieli, 2007 .

Long-term mesocosm simulation of algal and archaeal blooms in the Dead Sea following dilution with Red Sea water

A. Oren, I. Gavrieli, M. Aharoni, 2009 .

The onset of the Messinian salinity crisis in the deep Eastern Mediterranean basin

I. Gavrieli, S. Lugli, M. Roveri, 2018 .

Controls on the pH of hyper-saline lakes – A lesson from the Dead Sea

J. Ganor, I. Gavrieli, B. Lazar, 2016 .

Concurrent Salinization and Development of Anoxic Conditions in a Confined Aquifer, Southern Israel

J. Guttman, I. Gavrieli, A. Burg, 2017, Ground water.

The impact of freshwater and wastewater irrigation on the chemistry of shallow groundwater: a case study from the Israeli Coastal Aquifer

A. Vengosh, I. Gavrieli, A. Starinsky, 2005 .

Enrichment of 88 Sr in continental waters due to calcium carbonate precipitation

M. Stein, I. Gavrieli, B. Lazar, 2017 .

Direct high-precision measurements of the 87Sr/86Sr isotope ratio in natural water, carbonates and related materials by multiple collector inductively coupled plasma mass spectrometry (MC-ICP-MS)

I. Gavrieli, L. Halicz, S. Ehrlich, 2001 .

RADIOCARBON RESERVOIR AGES IN THE HOLOCENE DEAD SEA

M. Stein, G. Burr, M. Kurz, 2020, Radiocarbon.

On the origin and fate of the brines in the Dead Sea basin

M. Stein, I. Gavrieli, 2006 .

The sources and evolution of sulfur in the hypersaline Lake Lisan (paleo-Dead Sea)

M. Stein, I. Gavrieli, A. Torfstein, 2005 .

On-line method for inductively coupled plasma mass spectrometric determination of rare earth elements in highly saline brines

I. Gavrieli, L. Halicz, E. Dorfman, 1996 .

Determination of the 234U/238U ratio in water samples by inductively coupled plasma mass spectrometry

A. Lorber, Z. Karpas, I. Gavrieli, 2000 .

Gypsum Precipitation under Saline Conditions: Thermodynamics, Kinetics, Morphology, and Size Distribution

J. Ganor, I. Gavrieli, S. Emmanuel, 2021, Minerals.

The effect of phosphonate-based antiscalant on gypsum precipitation kinetics and habit in hyper-saline solutions: An experimental and modeling approach to the planned Red Sea – Dead Sea Project

J. Ganor, I. Gavrieli, Amit G Reiss, 2020 .

Kinetics of gypsum crystal growth from high ionic strength solutions: A case study of Dead Sea – seawater mixtures

J. Ganor, I. Gavrieli, G. Antler, 2011 .

Kinetics of gypsum nucleation and crystal growth from Dead Sea brine

J. Ganor, I. Gavrieli, I. Reznik, 2009 .

Ca–Mn exchange between grossular and MnCl2 solutions at 2 kbar and 600°°C: reaction mechanism and evidence for non-ideal mixing in spessartine-grossular garnets

I. Gavrieli, J. Holland, A. Matthews, 1996 .

Description and Benchmarking of the 1D Multi-Component Chemistry-Based Model for the Dead Sea (1D-DS-POM)

I. Gavrieli, V. Lyakhovsky, N. Lensky, 2007 .

Towards the establishment of a general rate law for gypsum nucleation

C. Gruber, J. Ganor, I. Gavrieli, 2012 .

Rates of halite dissolution in natural brines: Dead Sea solutions as a case study

I. Gavrieli, Y. Yechieli, M. Stiller, 2016 .

Flow dynamics and salt transport in a coastal aquifer driven by a stratified saltwater body: Lab experiment and numerical modeling

H. Gvirtzman, I. Gavrieli, Y. Yechieli, 2014 .

Groundwater flow patterns adjacent to a long‐term stratified (meromictic) lake

H. Gvirtzman, I. Gavrieli, Y. Yechieli, 2011 .

The rate of dissolution of halite in diluted Dead Sea brines

I. Gavrieli, Y. Yechieli, M. Stiller, 2007 .

A Multi-Component Chemistry-Based Model for the Dead Sea: Modifications to the 1D Princeton Oceanographic Model

I. Gavrieli, V. Lyakhovsky, I. Gertman, 2006 .

The solubility of halite as a function of temperature in the highly saline Dead Sea brine system

I. Gavrieli, A. Starinsky, A. Bein, 1989 .

The origin and mechanisms of salinization of the lower Jordan river 1 1 Associate editor: K. K. Falk

Ittai Gavrieli, Avner Vengosh, Ran Holtzman, 2004 .

The sulfur system in anoxic subsurface brines and its implication in brine evolutionary pathways: the Ca-chloride brines in the Dead Sea area

B. Spiro, I. Gavrieli, Y. Yechieli, 2001 .

Dynamics of turbidity in gypsum-precipitating brines: The case of the Red Sea - Dead Sea project.

J. Ganor, I. Gavrieli, M. Hamawi, 2021, Journal of environmental management.

The Morphology of Gypsum Precipitated Under Hyper-saline Conditions – Preliminary Results from Dead Sea - Red Sea Mixtures

J. Ganor, I. Gavrieli, Amit G Reiss, 2017 .

Biogeochemical processes in infiltration basins and their impact on the recharging effluent, the soil aquifer treatment (SAT) system of the Shafdan plant, Israel

W. Kloppmann, I. Negev, J. Guttman, 2014 .

Sources and distribution of trace and minor elements in the western Dead Sea surface sediments

B. Herut, I. Gavrieli, L. Halicz, 1997 .

Microbial Communities in the Dead Sea — Past, Present and Future

A. Oren, I. Gavrieli, M. Aharoni, 2005 .

Biological effects of dilution of Dead Sea brine with seawater: implications for the planning of the Red Sea–Dead Sea “Peace Conduit”

A. Oren, I. Gavrieli, M. Aharoni, 2004 .

Water, salt, and energy balances of the Dead Sea

Ittai Gavrieli, Y. Dvorkin, Nadav G. Lensky, 2005 .

Geochemical and hydrogeological contrasts between shallow and deeper aquifers in two villages of Araihazar, Bangladesh: Implications for deeper aquifers as drinking water sources

M. A. Hoque, R. Versteeg, M. Stute, 2005 .

Transition from confined to phreatic conditions as the factor controlling salinization and change in redox state, Upper subaquifer of the Judea Group, Israel

J. Guttman, I. Gavrieli, A. Burg, 2002 .

Water Sources and Quality along the Lower Jordan River, Regional Study

A. Vengosh, I. Gavrieli, R. Holtzman, 2002 .

Continuous CO2 escape from the hypersaline Dead Sea caused by aragonite precipitation

J. Ganor, I. Gavrieli, B. Lazar, 2017 .

Hydrological and thermodynamic controls on late Holocene gypsum formation by mixing saline groundwater and Dead Sea brine

M. Stein, I. Gavrieli, B. Lazar, 2021, Geochimica et Cosmochimica Acta.

Precise determination of dolomite content in marine sediments

I. Gavrieli, Zhaohui Aleck Wang, R. Golan, 2022, Limnology and Oceanography: Methods.

The chemical evolution of brine and Mg-K-salts along the course of extreme evaporation of seawater – An experimental study

I. Gavrieli, B. Lazar, L. Halicz, 2018, Geochimica et Cosmochimica Acta.

Intra-Messinian truncation surface in the Levant Basin explained by subaqueous dissolution

I. Gavrieli, S. Lugli, M. Roveri, 2017 .

The Mg isotope signature of marine Mg-evaporites

I. Gavrieli, B. Lazar, L. Halicz, 2021 .

Constraints on evaporation and dilution of terminal, hypersaline lakes under negative water balance: The Dead Sea, Israel

I. Gavrieli, Y. Yechieli, A. Katz, 2017 .

Identification of the sources of nitrate contamination in the Western Galilee aquifers, northern Israel, using a multi-proxy stable isotope and chemical approach

I. Gavrieli, B. Schilman, N. Teplyakov, 2007 .

Precise determination of δ88/86Sr in natural samples by double-spike MC-ICP-MS and its TIMS verification

I. Gavrieli, A. Eisenhauer, B. Lazar, 2013 .

Strontium Isotope Fractionation in Soils and Pedogenic Processes

M. Stein, I. Gavrieli, B. Lazar, 2013 .

Towards establishing a combined rate law of nucleation and crystal growth - The case study of gypsum precipitation

D. Wolff-Boenisch, J. Ganor, I. Gavrieli, 2018 .

Massive-Scale Dissolution, Conveyance, and Disposal of Dead Sea Potash Industry Halite Waste

I. Gavrieli, I. Reznik, 2023, Environmental science & technology.

A highly active karstic aquifer bounded by saline waters: The Judea Group aquifer

J. Guttman, I. Gavrieli, A. Burg, 2019, E3S Web of Conferences.

Mechanisms of sulfate removal from subsurface calcium chloride brines: Heletz-Kokhav oilfields, Israel

Z. Aizenshtat, B. Spiro, I. Gavrieli, 1995 .

Formulating a Dynamic Limnological Model for the Dead Sea Selection of a computer code and preliminary simulations

Ittai Gavrieli, Y. Dvorkin, V Lyakhovsky, 2003 .

Mean, variance, and trends of Levant precipitation over the past 4500 years from reconstructed Dead Sea levels and stochastic modeling

Y. Enzel, I. Gavrieli, E. Morin, 2018, Quaternary Research.

COPRECIPITATION OF TRACE AND MINOR ELEMENTS IN MODERN AUTHIGENIC HALITES FROM THE HYPERSALINE DEAD SEA BRINE

B. Herut, I. Gavrieli, L. Halicz, 1998 .

Effects of the December 1911-May 1992 floods on the Dead Sea vertical structure

I. Gavrieli, M. Beyth, D. Anati, 1993 .

Gypsum saturation degrees and precipitation potentials from Dead Sea–seawater mixtures

J. Ganor, I. Gavrieli, Assaf Gal, 2009 .

The Dead Sea as a Dying Lake

Ittai Gavrieli, Aharon Oren, A. Oren, 2004 .

Management scenarios for the Jordan River salinity crisis

B. Mayer, A. Vengosh, I. Gavrieli, 2005 .

Characterization of natural water resources in Israel by inductively coupled plasma mass spectrometry

I. Gavrieli, J. Becker, C. Pickhardt, 2006 .

The determination of pH in hypersaline lakes with a conventional combination glass electrode

J. Ganor, I. Gavrieli, B. Lazar, 2014 .

Elevation and thickness of the 11–10 Kyr old ‘Sinkholes Salt’ layer in the Dead Sea: clues to past limnology, paleo-bathymetry and lake levels

I. Gavrieli, G. Baer, Y. Yechieli, 2023, Journal of Paleolimnology.

The Expected Impact of the Peace Conduit Project (The Red Sea – Dead Sea Pipeline) on the Dead Sea

A. Oren, I. Gavrieli, A. Bein, 2005 .