The MOLASSES lava flow model was used to create the attached dataset. Please see
https://pubs.geoscienceworld.org/gsa/geology/article/46/10/895/548206/A-new-approach-to-probabilistic-lava-flow-hazard
for more information about MOLASSES.

The attached data set is meant to supplement the Determining Volcanic Risk 
in Auckland (DEVORA) eruptive scenarios. Please see http://shop.gns.cri.nz/2018-029-pdf/
for the original scnearios. The attached lava flow modelling replaces the lava
flow modelling in the original scenarios and may be referred to as version 1.1 
of the scenarios. Please note that only the final lava flow extents have been
modelled. There is no temporal footprint series presented in this version of the
scenarios.

Three of the DEVORA scenarios have been supplemented in this data set. They are
the Birkenhead scneario, the Mt Eden suburb scenario, and the Otahuhu scenario.
In the Birkenhead scneario, both of the lava flows were modelled.The same data 
is provided for each of the scenarios according to the file structure and indicated
file types below.

For questions, comments, or uses prohibited by the CC license applied (i.e. for 
commercial uses), please email Sophia Tsang at s.tsang@auckland.ac.nz

Chapter 4- Lava flow footprint modelling
	Birkenhead flow 1
		DEM
			Birkenhead_flow1 (png): Image file of the first lava flow for the Birkenhead scenario simulated using MOLASSES.
			Birkenhead_flow1 (txt): Output data from MOLASSES for the first lava flow in the Birkenhead scenario.
			Birkenhead_flow1_config (txt): Summary of the MOLASSES input data for the first lava flow in the Birkenhead scenario.
			Birkenhead_flow1_log (txt): Log file documenting the preliminary steps in which the MOLASSES pulls in data in the first lava flow in the Birkenhead scenario.
			Birkenhead_flow1_output (txt): Log file tracking the MOLASSES progress as it ran the first lava flow in the Birkenhead scenario.
			birkenhead_flow1_stderr (txt): Overview file from MOLASSES showing the results of checks run by MOLASSES prior to simulating the lava flow for the first lava flow in the Birkenhead scenario and the location of the output files.
		DSM
			Birkenhead_flow1 (png): Image file of the first lava flow for the Birkenhead scenario simulated using MOLASSES.
			Birkenhead_flow1 (txt): Output data from MOLASSES for the first lava flow in the Birkenhead scenario.
			Birkenhead_flow1_config (txt): Summary of the MOLASSES input data for the first lava flow in the Birkenhead scenario.
			Birkenhead_flow1_log (txt): Log file documenting the preliminary steps in which the MOLASSES pulls in data in the first lava flow in the Birkenhead scenario.
			Birkenhead_flow1_output (txt): Log file tracking the MOLASSES progress as it ran the first lava flow in the Birkenhead scenario.
			birkenhead_flow1_stderr (txt): Overview file from MOLASSES showing the results of checks run by MOLASSES prior to simulating the lava flow for the first lava flow in the Birkenhead scenario and the location of the output files.
	Birkenhead Flow 2
		DEM
			Birkenhead_flow2 (png): Image file of the second lava flow for the Birkenhead scenario simulated using MOLASSES.
			Birkenhead_flow2 (txt): Output data from MOLASSES for the second lava flow in the Birkenhead scenario.
			Birkenhead_flow2_config (txt): Summary of the MOLASSES input data for the second lava flow in the Birkenhead scenario.
			Birkenhead_flow2_log (txt): Log file documenting the preliminary steps in which the MOLASSES pulls in data in the second lava flow in the Birkenhead scenario.
			Birkenhead_flow2_output (txt): Log file tracking the MOLASSES progress as it ran the second lava flow in the Birkenhead scenario.
			birkenhead_flow2_stderr (txt): Overview file from MOLASSES showing the results of checks run by MOLASSES prior to simulating the lava flow for the second lava flow in the Birkenhead scenario and the location of the output files.
		DSM
			Birkenhead_flow2 (png): Image file of the second lava flow for the Birkenhead scenario simulated using MOLASSES.
			Birkenhead_flow2 (txt): Output data from MOLASSES for the second lava flow in the Birkenhead scenario.
			Birkenhead_flow2_config (txt): Summary of the MOLASSES input data for the second lava flow in the Birkenhead scenario.
			Birkenhead_flow2_log (txt): Log file documenting the preliminary steps in which the MOLASSES pulls in data in the second lava flow in the Birkenhead scenario.
			Birkenhead_flow2_output (txt): Log file tracking the MOLASSES progress as it ran the second lava flow in the Birkenhead scenario.
			birkenhead_flow2_stderr (txt): Overview file from MOLASSES showing the results of checks run by MOLASSES prior to simulating the lava flow for the second lava flow in the Birkenhead scenario and the location of the output files.
	DEVORA scenarios from Hayes et al 2018 (N.B. These are the lava flow files from Hayes et al. (2018)'s scenarios version 1.0.)
		Scenario_B_Otahuhu: This folder contains 137 geographical information system (GIS) files that, together, create a time series of the lava flow advancement during the Otahuhu lava flow. The methodology and eruption narrative can be found in Hayes et al. (2018). 
		Scenario_D_Mt_Eden_Suburb
			Cone_fed_flow: This folder contains 56 GIS files that, together, create a time series of the lava flow advancement during the Mt Eden lava flow. The methodology and eruption narrative can be found in Hayes et al. (2018).
			Flow: This folder contains 1,016 GIS files that, together, create a time series of the lava flow advancement during the Mt Eden lava flow. The methodology and eruption narrative can be found in Hayes et al. (2018).
			Fountain_fed_flow: This folder contains 24 GIS files that, together, create a time series of the lava flow advancement during the Mt Eden lava flow. The methodology and eruption narrative can be found in Hayes et al. (2018).
		Scenario_F_Birkenhead
			Northern_flow: This folder contains 528 GIS files that, together, create a time series of the lava flow advancement during the second Birkenhead lava flow. The methodology and eruption narrative can be found in Hayes et al. (2018).
			Southern_flow: This folder contains 528 GIS files that, together, create a time series of the lava flow advancement during the first Birkenhead lava flow. The methodology and eruption narrative can be found in Hayes et al. (2018).
		Scenario_H_Rangitoto_Island: This folder contains 371 geographical information system (GIS) files that, together, create a time series of the lava flow advancement during the Rangitoto Island lava flow. The methodology and eruption narrative can be found in Hayes et al. (2018).
	Mt Eden
		DEM
			mteden_flow (png): Image file of the Mt Eden lava flow simulated using MOLASSES.
			mteden_flow_bottomHalf (txt): Output data from MOLASSES for the southern half of lava flow in the Mt Eden scenario.
			mteden_flow_config (txt): Summary of the MOLASSES input data for the Mt Eden lava flow.
			mteden_flow_log (txt): Log file documenting the preliminary steps in which the MOLASSES pulls in data in the Mt Eden lava flow.
			mteden_flow_output (txt): Log file tracking the MOLASSES progress as it ran the Mt Eden lava flow.
			mteden_flow_stderr (txt): Overview file from MOLASSES showing the results of checks run by MOLASSES prior to simulating the lava flow for the Mt Eden lava flow and the location of the output files.
			mteden_flow_topHalf (txt): Output data from MOLASSES for the northern half of lava flow in the Mt Eden scenario.
		DSM
			mteden_flow (png): Image file of the Mt Eden lava flow simulated using MOLASSES.
			mteden_flow (txt): Output data from MOLASSES for the lava flow in the Mt Eden scenario.
	Otahuhu
		DEM
			otahuhu_flow (png): Image file of the Otahuhu lava flow simulated using MOLASSES.
			otahuhu_flow (txt): Output data from MOLASSES for the Otahuhu lava flow.
			otahuhu_flow_config (txt): Summary of the MOLASSES input data for the Otahuhu lava flow.
			otahuhu_flow_log (txt): Log file documenting the preliminary steps in which the MOLASSES pulls in data in the Otahuhu lava flow.
			otahuhu_flow_output (txt): Log file tracking the MOLASSES progress as it ran the Otahuhu lava flow.
			otahuhu_flow_stderr (txt): Overview file from MOLASSES showing the results of checks run by MOLASSES prior to simulating the lava flow for the Otahuhu lava flow and the location of the output files.
		DSM
			otahuhu_flow (png): Image file of the Otahuhu lava flow simulated using MOLASSES.
			otahuhu_flow (txt): Output data from MOLASSES for the Otahuhu lava flow.
			otahuhu_flow_config (txt): Summary of the MOLASSES input data for the Otahuhu lava flow.
			otahuhu_flow_log (txt): Log file documenting the preliminary steps in which the MOLASSES pulls in data in the Otahuhu lava flow.
			otahuhu_flow_output (txt): Log file tracking the MOLASSES progress as it ran the Otahuhu lava flow.
			otahuhu_flow_stderr (txt): Overview file from MOLASSES showing the results of checks run by MOLASSES prior to simulating the lava flow for the Otahuhu lava flow and the location of the output files.