Javascript must be enabled to continue!
Pupū Ake te Whenua: Monitoring the cultural health of the Wharepapa Arthur Marble Aquifer
View through CrossRef
<p dir="ltr"><b>Cultural health monitoring of freshwater environments has emerged in Aotearoa over the last three decades as an effective approach to revitalising Māori knowledge and strengthening the kaitiakitanga of whānau, hapū and iwi Māori in their rohe. During this same time period new groundwater monitoring and modelling methods have led to improved understandings of the diversity and sensitivity of groundwater systems in Aotearoa. Whilst cultural health monitoring is increasingly being used across a range of different environments and regions in Aotearoa, there has still been limited application for aquifers.</b></p><p dir="ltr">This thesis explores the possibilities of cultural health monitoring of an aquifer in Aotearoa by focusing on the Wharepapa Arthur Marble Aquifer located in the Tākaka catchment. This aquifer feeds Te Puna Waiora o Te Waikoropupū, a wāhi tapu for the three manawhenua iwi in the rohe of Mohua; Ngāti Tama; Te Ātiawa and Ngāti Rārua. Te Waikoropupū and the Wharepapa Arthur Marble Aquifer have recently been granted a Water Conservation Order for their protection, the first time for an aquifer and a spring. A key requirement of the Order is for manawhenua to develop and implement a cultural health monitoring programme for the catchment.</p><p dir="ltr">This research contributes to this requirement by collaboratively considering some of the complexities and challenges associated with understanding the flows and encounters of wai through the Tākaka catchment and Wharepapa Arthur Marble Aquifer ki uta ki tai. By incorporating a range of different data such as hydrological reports, archival texts, pūrākau, kōrero tuku iho and ecological reports I explore the historical context of the catchment and how the relationships with wai have changed over time. Through working alongside manawhenua and other knowledge holders in the area I have identified the key interface zones within the recharge area of the aquifer that could be used for cultural health monitoring purposes. The research culminates in a list of considerations for cultural health monitoring of the Wharepapa Arthur Marble Aquifer related to site selection, methods and tohu for monitoring.</p><p dir="ltr">Ultimately, this research contributes to the broader academic discourse on cultural health monitoring in Aotearoa, offering insights and methodologies that may benefit the kaitiakitanga of other whānau, hapū and iwi with aquifers in their rohe.</p>
Title: Pupū Ake te Whenua: Monitoring the cultural health of the Wharepapa Arthur Marble Aquifer
Description:
<p dir="ltr"><b>Cultural health monitoring of freshwater environments has emerged in Aotearoa over the last three decades as an effective approach to revitalising Māori knowledge and strengthening the kaitiakitanga of whānau, hapū and iwi Māori in their rohe.
During this same time period new groundwater monitoring and modelling methods have led to improved understandings of the diversity and sensitivity of groundwater systems in Aotearoa.
Whilst cultural health monitoring is increasingly being used across a range of different environments and regions in Aotearoa, there has still been limited application for aquifers.
</b></p><p dir="ltr">This thesis explores the possibilities of cultural health monitoring of an aquifer in Aotearoa by focusing on the Wharepapa Arthur Marble Aquifer located in the Tākaka catchment.
This aquifer feeds Te Puna Waiora o Te Waikoropupū, a wāhi tapu for the three manawhenua iwi in the rohe of Mohua; Ngāti Tama; Te Ātiawa and Ngāti Rārua.
Te Waikoropupū and the Wharepapa Arthur Marble Aquifer have recently been granted a Water Conservation Order for their protection, the first time for an aquifer and a spring.
A key requirement of the Order is for manawhenua to develop and implement a cultural health monitoring programme for the catchment.
</p><p dir="ltr">This research contributes to this requirement by collaboratively considering some of the complexities and challenges associated with understanding the flows and encounters of wai through the Tākaka catchment and Wharepapa Arthur Marble Aquifer ki uta ki tai.
By incorporating a range of different data such as hydrological reports, archival texts, pūrākau, kōrero tuku iho and ecological reports I explore the historical context of the catchment and how the relationships with wai have changed over time.
Through working alongside manawhenua and other knowledge holders in the area I have identified the key interface zones within the recharge area of the aquifer that could be used for cultural health monitoring purposes.
The research culminates in a list of considerations for cultural health monitoring of the Wharepapa Arthur Marble Aquifer related to site selection, methods and tohu for monitoring.
</p><p dir="ltr">Ultimately, this research contributes to the broader academic discourse on cultural health monitoring in Aotearoa, offering insights and methodologies that may benefit the kaitiakitanga of other whānau, hapū and iwi with aquifers in their rohe.
</p>.
Related Results
Quantification of inter-aquifer flow in a Multi-Aquifer System Using Regional Groundwater Modeling: Northwestern Desert, Egypt
Quantification of inter-aquifer flow in a Multi-Aquifer System Using Regional Groundwater Modeling: Northwestern Desert, Egypt
Under severe water stress, intensified by the lack of rainfall and upstream regulation of freshwater, Egypt has little choice but to turn to alternative water resources, such as gr...
Reservoir Limit Test Under Aquifer Influence
Reservoir Limit Test Under Aquifer Influence
Abstract
Reservoir Limit Test (RLT) aims to obtain the volume of oil-in-place (VOIP), a valuable parameter at early stage of reservoir life. RLT is characterized ...
Aquifer Influx and Reservoir Connectivity Evaluation through Surveillance Data Analysis for a Large Sandstone Multi-Layered Reservoir
Aquifer Influx and Reservoir Connectivity Evaluation through Surveillance Data Analysis for a Large Sandstone Multi-Layered Reservoir
Abstract
M1 reservoir is a large multi-layered sandstone reservoir in Middle East, which is under primary depletion and edge aquifer drive. There are lots of sources...
Evaluation of the Risk of Water Gushing(Inrush)in Aquifer of Coal Seam Roof Based on "Three Diagram Method" – a Case Study in Hu Jiahe Coal Mine,china
Evaluation of the Risk of Water Gushing(Inrush)in Aquifer of Coal Seam Roof Based on "Three Diagram Method" – a Case Study in Hu Jiahe Coal Mine,china
Abstract
Coal seam roof inrush phenomenon is common in Jurassic coalfield in China. In order to evaluate accurately the risk of coal seam roof water inrush (CSRWI) it needs...
Method of Water Influx Identification and Prediction for a Fractured-Vuggy Carbonate Reservoir
Method of Water Influx Identification and Prediction for a Fractured-Vuggy Carbonate Reservoir
Abstract
Naturally fractured-vuggy carbonate reservoirs in China have some distinctive characteristics, which reservoir is a discontinuum and isolated developed. And...
Pumping-Induced Non-Darcian Flow in a Finite Confined Aquifer
Pumping-Induced Non-Darcian Flow in a Finite Confined Aquifer
An analytic model for depicting non-Darcian flow caused by pumping in a finite confined aquifer with an outer barrier boundary is established. The model considers the wellbore stor...
ACKNOWLEDGMENTS
ACKNOWLEDGMENTS
The UP Manila Health Policy Development Hub recognizes the invaluable contribution of the participants in theseries of roundtable discussions listed below:
RTD: Beyond Hospit...
Continental hydrosystem modelling: the concept of nested stream–aquifer interfaces
Continental hydrosystem modelling: the concept of nested stream–aquifer interfaces
Abstract. Recent developments in hydrological modelling are based on a view of the interface being a single continuum through which water flows. These coupled hydrological-hydrogeo...

