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	<model_description name="BC Cribs">
		<comments>Added section on units definition</comments>
		<author>d3k870</author>
		<model_id>What should be in this field; originally TBD</model_id>
		<units>
			<length_unit>m</length_unit>
			<time_unit>s</time_unit>
			<mass_unit>kg</mass_unit>
			<conc_unit>molar</conc_unit>
		</units>
	</model_description>
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	</definitions>
	<process_kernels>
		<comments>This is a proposed comment field for process_kernels</comments>
		<flow model="richards" state="on" />
		<transport algorithm="explicit first-order" state="on" />
		<chemistry engine="none" process_model="none" state="off" />
	</process_kernels>
	<phases>
		<comments>Eliminated term "Uniform" from viscosity and density input. Designed for additional phases to be included.</comments>
		<liquid_phase name="water">
			<eos>false</eos>
			<viscosity>0.001002</viscosity>
			<density>998.2</density>
			<dissolved_components>
				<solutes>
					<solute coefficient_of_diffusion="1.0E-9">Tc-99</solute>
				</solutes>
			</dissolved_components>
		</liquid_phase>
	</phases>
	<execution_controls>
		<verbosity level="extreme" />
		<execution_control_defaults increase_factor="1.25" init_dt="10 s" max_dt="1000 y" method="bdf1" mode="transient" reduction_factor="0.8" />
		<execution_control end="1956.0 y" increase_factor="1.2" init_dt="10 s" max_dt="1.0 y" mode="steady" reduction_factor="0.8" start="0.0 y" />
		<execution_control increase_factor="1.2" reduction_factor="0.8" start="1956.0 y" />
		<execution_control increase_factor="1.2" reduction_factor="0.8" start="1956.0822 y" />
		<execution_control start="1956.0849 y" />
		<execution_control start="1956.1616 y" />
		<execution_control start="1956.1644 y" />
		<execution_control start="1956.2493 y" />
		<execution_control start="1956.3288 y" />
		<execution_control start="1956.6630 y" />
		<execution_control start="1956.8247 y" />
		<execution_control increase_factor="1.2" reduction_factor="0.8" start="1956.9973 y" />
		<execution_control end="3000.0 y" increase_factor="1.2" reduction_factor="0.8" start="1957.000 y" />
	</execution_controls>
	<numerical_controls>
		<steady-state_controls>
			<min_iterations>10</min_iterations>
			<max_iterations>19</max_iterations>
			<max_preconditioner_lag_iterations>30</max_preconditioner_lag_iterations>
			<nonlinear_tolerance>1.0e-5</nonlinear_tolerance>
			<limit_iterations>20</limit_iterations>
			<nonlinear_iteration_damping_factor>1</nonlinear_iteration_damping_factor>
			<nonlinear_iteration_divergence_factor>1000</nonlinear_iteration_divergence_factor>
			<max_divergent_iterations>3</max_divergent_iterations>
			<pseudo_time_integrator>
				<initialize_with_darcy>true</initialize_with_darcy>
				<clipping_saturation>0.95</clipping_saturation>
				<method>picard</method>
				<preconditioner>hypre_amg</preconditioner>
				<linear_solver>aztec00</linear_solver>
				<control_options>pressure</control_options>
				<convergence_tolerance>0.95</convergence_tolerance>
				<max_iterations>100</max_iterations>
			</pseudo_time_integrator>
		</steady-state_controls>
		<transient_controls>
			<bdf1_integration_method limit_iterations="20" max_divergent_iterations="3" max_iterations="19" max_preconditioner_lag_iterations="5" min_iterations="12" nonlinear_iteration_damping_factor="1.0" nonlinear_iteration_divergence_factor="1.0" nonlinear_tolerance="1.0e-05" restart_tolerance_factor="1.0" restart_tolerance_relaxation_factor="1.0" />
			<preconditioner name="hypre_amg">
				<hypre_cycle_applications>10</hypre_cycle_applications>
				<hypre_smoother_sweeps>3</hypre_smoother_sweeps>
				<hypre_tolerance>0.1</hypre_tolerance>
				<hypre_strong_threshold>0.4</hypre_strong_threshold>
			</preconditioner>
		</transient_controls>
		<linear_solver>
			<method>gmres</method>
			<max_iterations>50</max_iterations>
			<tolerance>1.0e-18</tolerance>
			<cfl>1</cfl>
			<preconditioner name="hypre_amg">
				<hypre_cycle_applications>10</hypre_cycle_applications>
				<hypre_smoother_sweeps>3</hypre_smoother_sweeps>
				<hypre_tolerance>0.1</hypre_tolerance>
				<hypre_strong_threshold>0.4</hypre_strong_threshold>
			</preconditioner>
		</linear_solver>
		<nonlinear_solver name="nka" />
	</numerical_controls>
	<mesh framework="mstk">
		<comments>This same information is also defined in the .tf3 file - is the redundancy necessary?</comments>
		<dimension>3</dimension>
		<generate>
			<number_of_cells nx="64" ny="56" nz="107" />
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		</generate>
	</mesh>
	<regions>
		<region name="facies1">
			<comments>The term 'color function' was eliminated</comments>
			<region_file label="1" name=".model.tf3" type="color" />
		</region>
		<region name="facies2">
			<comments>The term 'color function' was eliminated</comments>
			<region_file label="2" name=".model.tf3" type="color" />
		</region>
		<region name="facies3">
			<comments>The term 'color function' was eliminated</comments>
			<region_file label="3" name=".model.tf3" type="color" />
		</region>
		<region name="Top_Surface_1">
			<comments>Proposed comments field</comments>
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		<box high_coordinates="(205.0, 280.0, 107.0)" low_coordinates="(110.0, 165.0, 107.0)" name="Top_Surface_3" />
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		<box high_coordinates="(155.0, 165.0, 107.0)" low_coordinates="(115.0, 160.0, 107.0)" name="Top_Surface_7" />
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		<box high_coordinates="(320.0, 280.0, 1.0)" low_coordinates="(0.0, 0.0, 0.0)" name="Water_Table" />
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		<point coordinate="(137.5, 147.5, 101.0)" name="Well_A_04" />
		<point coordinate="(137.5, 147.5, 100.0)" name="Well_A_05" />
		<point coordinate="(137.5, 147.5, 99.0)" name="Well_A_06" />
		<point coordinate="(137.5, 147.5, 98.0)" name="Well_A_07" />
		<point coordinate="(137.5, 147.5, 97.0)" name="Well_A_08" />
		<point coordinate="(137.5, 147.5, 96.0)" name="Well_A_09" />
		<point coordinate="(137.5, 147.5, 95.0)" name="Well_A_10" />
		<point coordinate="(137.5, 147.5, 93.0)" name="Well_A_11" />
		<point coordinate="(137.5, 147.5, 92.0)" name="Well_A_12" />
		<point coordinate="(137.5, 147.5, 91.0)" name="Well_A_13" />
		<point coordinate="(137.5, 147.5, 89.0)" name="Well_A_14" />
		<point coordinate="(137.5, 147.5, 85.0)" name="Well_A_15" />
		<point coordinate="(137.5, 147.5, 82.0)" name="Well_A_16" />
		<point coordinate="(137.5, 147.5, 77.0)" name="Well_A_17" />
		<point coordinate="(137.5, 147.5, 74.0)" name="Well_A_18" />
		<point coordinate="(137.5, 147.5, 70.0)" name="Well_A_19" />
		<point coordinate="(137.5, 147.5, 66.0)" name="Well_A_20" />
		<point coordinate="(137.5, 147.5, 63.0)" name="Well_A_21" />
		<point coordinate="(137.5, 147.5, 57.0)" name="Well_A_22" />
		<point coordinate="(137.5, 147.5, 52.0)" name="Well_A_23" />
		<point coordinate="(137.5, 147.5, 47.0)" name="Well_A_24" />
		<point coordinate="(137.5, 147.5, 43.0)" name="Well_A_25" />
		<point coordinate="(137.5, 147.5, 37.0)" name="Well_A_26" />
		<point coordinate="(137.5, 147.5, 28.0)" name="Well_A_27" />
		<point coordinate="(137.5, 147.5, 22.0)" name="Well_A_28" />
		<point coordinate="(137.5, 147.5, 18.0)" name="Well_A_29" />
		<point coordinate="(137.5, 147.5, 12.0)" name="Well_A_30" />
		<point coordinate="(137.5, 147.5, 3.0)" name="Well_A_31" />
		<point coordinate="(82.5, 217.5, 101.0)" name="Well_C_01" />
		<point coordinate="(82.5, 217.5, 98.0)" name="Well_C_02" />
		<point coordinate="(82.5, 217.5, 95.0)" name="Well_C_03" />
		<point coordinate="(82.5, 217.5, 92.0)" name="Well_C_04" />
		<point coordinate="(82.5, 217.5, 83.0)" name="Well_C_05" />
		<point coordinate="(82.5, 217.5, 76.0)" name="Well_C_06" />
		<point coordinate="(82.5, 217.5, 73.0)" name="Well_C_07" />
		<point coordinate="(82.5, 217.5, 67.0)" name="Well_C_08" />
		<point coordinate="(82.5, 217.5, 66.0)" name="Well_C_09" />
		<point coordinate="(82.5, 217.5, 63.0)" name="Well_C_10" />
		<point coordinate="(82.5, 217.5, 60.0)" name="Well_C_11" />
		<point coordinate="(82.5, 217.5, 55.0)" name="Well_C_12" />
		<point coordinate="(82.5, 217.5, 48.0)" name="Well_C_13" />
		<point coordinate="(82.5, 217.5, 45.0)" name="Well_C_14" />
	</regions>
	<materials>
		<material name="material1">
			<comments>Material corresponds to region facies1</comments>
			<mechanical_properties>
				<porosity value="0.2206" />
				<particle_density value="2720.0" />
			</mechanical_properties>
			<sorption_isotherms>
				<solute kd="0" model="linear" name="Tc-99" />
			</sorption_isotherms>
			<permeability x="1.9976E-12" y="1.9976E-12" z="1.9976E-13" />
			<cap_pressure model="brooks_corey">
				<parameters alpha="2.470612E-4" lambda="0.2832" sr="0.0" />
			</cap_pressure>
			<rel_perm model="burdine">
				<exp>2.0</exp>
				<optional_krel_smoothing_interval>0.0</optional_krel_smoothing_interval>
			</rel_perm>
			<assigned_regions>facies1</assigned_regions>
		</material>
		<material name="material2">
			<comments>Material corresponds to region facies2</comments>
			<mechanical_properties>
				<porosity value="0.2206" />
				<particle_density value="2720.0" />
			</mechanical_properties>
			<sorption_isotherms>
				<solute kd="0" model="linear" name="Tc-99" />
			</sorption_isotherms>
			<permeability x="6.9365E-11" y="6.9365E-11" z="6.9365E-12" />
			<cap_pressure model="brooks_corey">
				<parameters alpha="0.002573475" lambda="0.261" sr="0.0" />
			</cap_pressure>
			<rel_perm model="burdine">
				<exp>2.0</exp>
				<optional_krel_smoothing_interval>0.0</optional_krel_smoothing_interval>
			</rel_perm>
			<assigned_regions>facies2</assigned_regions>
		</material>
		<material name="material3">
			<comments>aterial corresponds to region facies3</comments>
			<mechanical_properties>
				<porosity value="0.234" />
				<particle_density value="2720.0" />
			</mechanical_properties>
			<sorption_isotherms>
				<solute kd="0" model="linear" name="Tc-99" />
			</sorption_isotherms>
			<permeability x="2.0706E-9" y="2.0706E-9" z="2.0706E-9" />
			<cap_pressure model="brooks_corey">
				<parameters alpha="0.002756137" lambda="0.387" sr="0.0" />
			</cap_pressure>
			<rel_perm model="burdine">
				<exp>2.0</exp>
				<optional_krel_smoothing_interval>0.0</optional_krel_smoothing_interval>
			</rel_perm>
			<assigned_regions>facies3</assigned_regions>
		</material>
	</materials>
	<initial_conditions>
		<initial_condition name="Pressure and concentration for entire domain">
			<comments>Initial Conditions Comments</comments>
			<assigned_regions>all</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<linear_pressure gradient="(0.0, 0.0, -9793.5192)" reference_coord="(0.0, 0.0, 0.5)" value="101325" />
				</liquid_component>
				<solute_component function="uniform" name="Tc-99" value="0" />
			</liquid_phase>
		</initial_condition>
	</initial_conditions>
	<boundary_conditions>
		<boundary_condition name="Recharge at top of the domain">
			<comments>Would be nice to have comments section for each boundary_condition but its not clear how it maps to UI</comments>
			<assigned_regions>Top_Surface_8,Top_Surface_4,Top_Surface_5,Top_Surface_9,Top_Surface_3,Top_Surface_10,Top_Surface_7,Top_Surface_1,Top_Surface_2</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<inward_mass_flux function="constant" start="0.0 s" value="1.5815524627981847E-7" />
					<inward_mass_flux function="constant" start="1956.0 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="2012.0 y" value="1.7587764354333456E-6" />
					<inward_mass_flux function="constant" start="3000.0 y" value="1.7587764354333456E-6" />
				</liquid_component>
				<solute_component name="solute">
					<aqueous_conc function="constant" name="Tc-99" start="0.0 s" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="2012.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="3000.0 y" value="0.0" />
				</solute_component>
			</liquid_phase>
		</boundary_condition>
		<boundary_condition name="B-14">
			<assigned_regions>Crib_216-B-14</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<inward_mass_flux function="constant" start="0.0 s" value="1.5815524627981847E-7" />
					<inward_mass_flux function="constant" start="1956.0 y" value="0.06581788729180926" />
					<inward_mass_flux function="constant" start="1956.1616 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="2012.0 y" value="1.7587764354333456E-6" />
					<inward_mass_flux function="constant" start="3000.0 y" value="1.7587764354333456E-6" />
				</liquid_component>
				<solute_component name="solute">
					<aqueous_conc function="constant" name="Tc-99" start="0.0 s" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0 y" value="3.8E-06" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.1616 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="2012.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="3000.0 y" value="0.0" />
				</solute_component>
			</liquid_phase>
		</boundary_condition>
		<boundary_condition name="B-15">
			<comments>Can have comments in each BC, but they are optional</comments>
			<assigned_regions>Crib_216-B-15</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<inward_mass_flux function="constant" start="0.0 s" value="1.5815524627981847E-7" />
					<inward_mass_flux function="constant" start="1956.0 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="1956.2493 y" value="0.004569421375516516" />
					<inward_mass_flux function="constant" start="1956.9973 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="2012.0 y" value="1.7587764354333456E-6" />
					<inward_mass_flux function="constant" start="3000.0 y" value="1.7587764354333456E-6" />
				</liquid_component>
				<solute_component name="solute">
					<aqueous_conc function="constant" name="Tc-99" start="0.0 s" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.2493 y" value="3.8e-06" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.9973 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="2012.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="3000.0 y" value="0.0" />
				</solute_component>
			</liquid_phase>
		</boundary_condition>
		<boundary_condition name="B-16">
			<assigned_regions>Crib_216-B-16</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<inward_mass_flux function="constant" start="0.0 s" value="1.5815524627981847E-7" />
					<inward_mass_flux function="constant" start="1956.0 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="1956.2493 y" value="0.017004852080006082" />
					<inward_mass_flux function="constant" start="1956.6630 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="2012.0 y" value="1.7587764354333456E-6" />
					<inward_mass_flux function="constant" start="3000.0 y" value="1.7587764354333456E-6" />
				</liquid_component>
				<solute_component name="solute">
					<aqueous_conc function="constant" name="Tc-99" start="0.0 s" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.2493 y" value="3.524e-06" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.6630 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="2012.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="3000.0 y" value="0.0" />
				</solute_component>
			</liquid_phase>
		</boundary_condition>
		<boundary_condition name="B-17">
			<assigned_regions>Crib_216-B-17</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<inward_mass_flux function="constant" start="0.0 s" value="1.5815524627981847E-7" />
					<inward_mass_flux function="constant" start="1956.0 y" value="0.05177370142216137" />
					<inward_mass_flux function="constant" start="1956.0822 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="2012.0 y" value="1.7587764354333456E-6" />
					<inward_mass_flux function="constant" start="3000.0 y" value="1.7587764354333456E-6" />
				</liquid_component>
				<solute_component name="solute">
					<aqueous_conc function="constant" name="Tc-99" start="0.0 s" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0 y" value="2.886E-6" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0822 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="2012.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="3000.0 y" value="0.0" />
				</solute_component>
			</liquid_phase>
		</boundary_condition>
		<boundary_condition name="B-18">
			<assigned_regions>Crib_216-B-18</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<inward_mass_flux function="constant" start="0.0 s" value="1.5815524627981847E-7" />
					<inward_mass_flux function="constant" start="1956.0 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="1956.1644 y" value="0.06467916951859456" />
					<inward_mass_flux function="constant" start="1956.3288 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="2012.0 y" value="1.7587764354333456E-6" />
					<inward_mass_flux function="constant" start="3000.0 y" value="1.7587764354333456E-6" />
				</liquid_component>
				<solute_component name="solute">
					<aqueous_conc function="constant" name="Tc-99" start="0.0 s" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.1644 y" value="3.798E-06" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.3288 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="2012.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="3000.0 y" value="0.0" />
				</solute_component>
			</liquid_phase>
		</boundary_condition>
		<boundary_condition name="B-19">
			<assigned_regions>Crib_216-B-19</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<inward_mass_flux function="constant" start="0.0 s" value="1.5815524627981847E-7" />
					<inward_mass_flux function="constant" start="1956.0 y" value="1.9927561031257127E-6" />
					<inward_mass_flux function="constant" start="1956.0849 y" value="0.06467916951859456" />
					<inward_mass_flux function="constant" start="1956.8247 y" value="1.7587764354333456E-6" />
					<inward_mass_flux function="constant" start="2012.0 y" value="1.7587764354333456E-6" />
					<inward_mass_flux function="constant" start="3000.0 y" value="1.7587764354333456E-6" />
				</liquid_component>
				<solute_component name="solute">
					<aqueous_conc function="constant" name="Tc-99" start="0.0 s" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.0849 y" value="3.164E-06" />
					<aqueous_conc function="constant" name="Tc-99" start="1956.8247 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="2012.0 y" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="3000.0 y" value="0.0" />
				</solute_component>
			</liquid_phase>
		</boundary_condition>
		<boundary_condition name="Bottom of Domain">
			<assigned_regions>Water_Table</assigned_regions>
			<liquid_phase name="water">
				<liquid_component name="water">
					<uniform_pressure function="constant" start="0.0 s" value="106221.7596" />
					<uniform_pressure function="constant" start="3000.0 y" value="106221.7596" />
				</liquid_component>
				<solute_component name="solute">
					<aqueous_conc function="constant" name="Tc-99" start="0.0 s" value="0.0" />
					<aqueous_conc function="constant" name="Tc-99" start="3000.0 y" value="0.0" />
				</solute_component>
			</liquid_phase>
		</boundary_condition>
	</boundary_conditions>
	<output>
		<vis>
			<base_filename>plot</base_filename>
			<num_digits>5</num_digits>
			<time_macros>vis_macro</time_macros>
		</vis>
		<checkpoint>
			<base_filename>checkpoint</base_filename>
			<num_digits>5</num_digits>
		</checkpoint>
		<observations>
			<filename>amanzi.out</filename>
			<liquid_phase name="water">
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_01</assigned_regions>
					<time_macro>Well_A_01: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_01</assigned_regions>
					<time_macro>Well_A_01: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_02</assigned_regions>
					<time_macro>Well_A_02: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_02</assigned_regions>
					<time_macro>Well_A_02: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_03</assigned_regions>
					<time_macro>Well_A_03: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_03</assigned_regions>
					<time_macro>Well_A_03: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_04</assigned_regions>
					<time_macro>Well_A_04: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_04</assigned_regions>
					<time_macro>Well_A_04: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_05</assigned_regions>
					<time_macro>Well_A_05: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_05</assigned_regions>
					<time_macro>Well_A_05: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_06</assigned_regions>
					<time_macro>Well_A_06: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_06</assigned_regions>
					<time_macro>Well_A_06: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_07</assigned_regions>
					<time_macro>Well_A_07: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_07</assigned_regions>
					<time_macro>Well_A_07: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_08</assigned_regions>
					<time_macro>Well_A_08: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_08</assigned_regions>
					<time_macro>Well_A_08: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_09</assigned_regions>
					<time_macro>Well_A_09: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_09</assigned_regions>
					<time_macro>Well_A_09: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_10</assigned_regions>
					<time_macro>Well_A_10: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_10</assigned_regions>
					<time_macro>Well_A_10: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_11</assigned_regions>
					<time_macro>Well_A_11: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_11</assigned_regions>
					<time_macro>Well_A_11: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_12</assigned_regions>
					<time_macro>Well_A_12: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_12</assigned_regions>
					<time_macro>Well_A_12: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_13</assigned_regions>
					<time_macro>Well_A_13: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_13</assigned_regions>
					<time_macro>Well_A_13: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_14</assigned_regions>
					<time_macro>Well_A_14: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_14</assigned_regions>
					<time_macro>Well_A_14: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_15</assigned_regions>
					<time_macro>Well_A_15: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_15</assigned_regions>
					<time_macro>Well_A_15: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_16</assigned_regions>
					<time_macro>Well_A_16: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_16</assigned_regions>
					<time_macro>Well_A_16: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_17</assigned_regions>
					<time_macro>Well_A_17: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_17</assigned_regions>
					<time_macro>Well_A_17: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_18</assigned_regions>
					<time_macro>Well_A_18: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_18</assigned_regions>
					<time_macro>Well_A_18: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_19</assigned_regions>
					<time_macro>Well_A_19: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_19</assigned_regions>
					<time_macro>Well_A_19: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_20</assigned_regions>
					<time_macro>Well_A_20: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_20</assigned_regions>
					<time_macro>Well_A_20: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_21</assigned_regions>
					<time_macro>Well_A_21: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_21</assigned_regions>
					<time_macro>Well_A_21: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_22</assigned_regions>
					<time_macro>Well_A_22: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_22</assigned_regions>
					<time_macro>Well_A_22: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_23</assigned_regions>
					<time_macro>Well_A_23: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_23</assigned_regions>
					<time_macro>Well_A_23: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_24</assigned_regions>
					<time_macro>Well_A_24: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_24</assigned_regions>
					<time_macro>Well_A_24: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_25</assigned_regions>
					<time_macro>Well_A_25: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_25</assigned_regions>
					<time_macro>Well_A_25: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_26</assigned_regions>
					<time_macro>Well_A_26: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_26</assigned_regions>
					<time_macro>Well_A_26: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_27</assigned_regions>
					<time_macro>Well_A_27: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_27</assigned_regions>
					<time_macro>Well_A_27: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_28</assigned_regions>
					<time_macro>Well_A_28: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_28</assigned_regions>
					<time_macro>Well_A_28: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_29</assigned_regions>
					<time_macro>Well_A_29: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_29</assigned_regions>
					<time_macro>Well_A_29: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_30</assigned_regions>
					<time_macro>Well_A_30: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_30</assigned_regions>
					<time_macro>Well_A_30: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_A_31</assigned_regions>
					<time_macro>Well_A_31: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_A_31</assigned_regions>
					<time_macro>Well_A_31: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_01</assigned_regions>
					<time_macro>Well_C_01: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_01</assigned_regions>
					<time_macro>Well_C_01: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_02</assigned_regions>
					<time_macro>Well_C_02: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_02</assigned_regions>
					<time_macro>Well_C_02: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_03</assigned_regions>
					<time_macro>Well_C_03: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_03</assigned_regions>
					<time_macro>Well_C_03: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_04</assigned_regions>
					<time_macro>Well_C_04: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_04</assigned_regions>
					<time_macro>Well_C_04: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_05</assigned_regions>
					<time_macro>Well_C_05: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_05</assigned_regions>
					<time_macro>Well_C_05: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_06</assigned_regions>
					<time_macro>Well_C_06: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_06</assigned_regions>
					<time_macro>Well_C_06: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_07</assigned_regions>
					<time_macro>Well_C_07: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_07</assigned_regions>
					<time_macro>Well_C_07: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_08</assigned_regions>
					<time_macro>Well_C_08: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_08</assigned_regions>
					<time_macro>Well_C_08: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_09</assigned_regions>
					<time_macro>Well_C_09: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_09</assigned_regions>
					<time_macro>Well_C_09: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_10</assigned_regions>
					<time_macro>Well_C_10: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_10</assigned_regions>
					<time_macro>Well_C_10: Gravimetric water content</time_macro>
				</gravimetric_water_content>
				<aqueous_conc solute="Tc-99">
					<functional>point</functional>
					<assigned_regions>Well_C_11</assigned_regions>
					<time_macro>Well_C_11: Aqueous concentration: Tc-99</time_macro>
				</aqueous_conc>
				<gravimetric_water_content>
					<functional>point</functional>
					<assigned_regions>Well_C_11</assigned_regions>
					<time_macro>Well_C_11: Gravimetric water content</time_macro>
				</gravimetric_water_content>
			</liquid_phase>
		</observations>
	</output>
</amanzi_input>
