Javascript must be enabled to continue!
The Vale of Belvoir, NW Tasmania – overview of geology, geomorphology, vegetation and human history
View through CrossRef
<p dir="ltr">The Vale of Belvoir is a large open grassy valley of striking appearance located northwest of Cradle Mountain. At 800 m altitude, it is Tasmania’s only subalpine limestone valley. The unusual geology and human history have combined to give the valley its unique character. The three main geological elements are: the folded Ordovician limestone bedrock, which produced the synclinal valley and numerous sink holes; lava flows of Cenozoic basalt, which have covered parts of the valley floor; and Pleistocene glaciations, which have delivered large amounts of bouldery till to mantle much of the valley floor and redistribute much of the basalt into the glacial deposits to add to the fertility of the soils. The glacial deposits have disrupted the drainage of the valley, so that the Lea River and Lake Lea now drain northwards out of the valley, while the Vale River drains most of the valley and flows southwards to the Pieman system. Dolerite erratics in the glacials indicate that the ice came from the Cradle Mountain area.<br>The Vale has one of the most extensive and diverse areas of montane grassland in the state and contains several threatened vegetation communities and plant species. The valley provided Tasmanian Aboriginal people with abundant wildlife and shelter, and their burning practices maintained its grassy nature and remnant patches of rainforest. Europeans arrived in the 1820s and grazed cattle from the 1850s onwards; their practice of patch burning the grasslands has been continued by the current owners, the Tasmanian Land Conservancy.</p>
Title: The Vale of Belvoir, NW Tasmania – overview of geology, geomorphology, vegetation and human history
Description:
<p dir="ltr">The Vale of Belvoir is a large open grassy valley of striking appearance located northwest of Cradle Mountain.
At 800 m altitude, it is Tasmania’s only subalpine limestone valley.
The unusual geology and human history have combined to give the valley its unique character.
The three main geological elements are: the folded Ordovician limestone bedrock, which produced the synclinal valley and numerous sink holes; lava flows of Cenozoic basalt, which have covered parts of the valley floor; and Pleistocene glaciations, which have delivered large amounts of bouldery till to mantle much of the valley floor and redistribute much of the basalt into the glacial deposits to add to the fertility of the soils.
The glacial deposits have disrupted the drainage of the valley, so that the Lea River and Lake Lea now drain northwards out of the valley, while the Vale River drains most of the valley and flows southwards to the Pieman system.
Dolerite erratics in the glacials indicate that the ice came from the Cradle Mountain area.
<br>The Vale has one of the most extensive and diverse areas of montane grassland in the state and contains several threatened vegetation communities and plant species.
The valley provided Tasmanian Aboriginal people with abundant wildlife and shelter, and their burning practices maintained its grassy nature and remnant patches of rainforest.
Europeans arrived in the 1820s and grazed cattle from the 1850s onwards; their practice of patch burning the grasslands has been continued by the current owners, the Tasmanian Land Conservancy.
</p>.
Related Results
The Vale of Belvoir, NW Tasmania – overview of geology, geomorphology, vegetation and human history
The Vale of Belvoir, NW Tasmania – overview of geology, geomorphology, vegetation and human history
<p dir="ltr">The Vale of Belvoir is a large open grassy valley of striking appearance located northwest of Cradle Mountain. At 800 m altitude, it is Tasmania’s only subalpine...
Incorporating Vegetation Type Transformation with NDVI Time-Series to Study the Vegetation Dynamics in Xinjiang
Incorporating Vegetation Type Transformation with NDVI Time-Series to Study the Vegetation Dynamics in Xinjiang
Time-series normalized difference vegetation index (NDVI) is commonly used to conduct vegetation dynamics, which is an important research topic. However, few studies have focused o...
A vegetation classi?cation and map: Guadalupe Mountains National Park
A vegetation classi?cation and map: Guadalupe Mountains National Park
A vegetation classi?cation and map for Guadalupe Mountains National Park (NP) is presented as part of the National Park Service Inventory & Monitoring - Vegetation Inventory Pr...
Realization and Prediction of Ecological Restoration Potential of Vegetation in Karst Areas
Realization and Prediction of Ecological Restoration Potential of Vegetation in Karst Areas
Based on the vegetation ecological quality index retrieved by satellite remote sensing in the karst areas of Guangxi in 2000–2019, the status of the ecological restoration of the v...
Differentiation characteristics of karst vegetation resilience and its response to climate and ecological restoration projects
Differentiation characteristics of karst vegetation resilience and its response to climate and ecological restoration projects
AbstractIn light of the recent pressure from global warming, extreme drought events, and deleterious human activity, the strength and long‐term change trends of vegetation in karst...
The Custodian of Consequence: Reframing the Role of the Critic By Dorian Vale
The Custodian of Consequence: Reframing the Role of the Critic By Dorian Vale
The Custodian of Consequence: Reframing the Role of the Critic
By Dorian Vale
In this philosophical essay, Dorian Vale redefines the role of the critic—not as interpreter, judge,...
Decoupling and partitioning the effect of climate and afforestation on long‐term vegetation greening in China since the 1990s
Decoupling and partitioning the effect of climate and afforestation on long‐term vegetation greening in China since the 1990s
AbstractVegetation is an essential component of the Earth's surface system, and is a clear indicator to global climate changes. Understanding the long‐term characteristics of veget...
Impacts of changes in vegetation cover on soil water heat coupling in an alpine meadow of the Qinghai-Tibet Plateau, China
Impacts of changes in vegetation cover on soil water heat coupling in an alpine meadow of the Qinghai-Tibet Plateau, China
Abstract. Alpine meadow is one of the most widespread grassland types in the permafrost regions of the Qinghai-Tibet Plateau, and the transmission of coupled soil water heat is one...


