Michael D Gottfried
Dados Biográficos
| ID | 6819697 |
|---|---|
| NOME | Michael D Gottfried |
| PRENOMES | Michael D |
| SOBRENOME | Gottfried |
| ASSINATURA | GOTTFRIED M D |
| AFILIAÇÕES | University of Vienna |
| ORCID | 0000-0001-8809-5734 |
| VERIFICADO | Sim |
| TOTAL DE OBRAS | 5 |
| TOTAL DE CITAÇÕES | 2 |
| TOTAL COMO AUTOR | 5 |
| TOTAL COMO EDITOR | 0 |
| PRIMEIRO ANO DE PUBLICAÇÃO | 1993 |
| ANO MAIS RECENTE DE PUBLICAÇÃO | 2011 |
| ÍNDICE H | 1 |
Coincidence of the alpine–nival ecotone with the summer snowline
The alpine–nival ecotone is the transition between the lower located alpine grassland/tundra zone and the upper located sparsely vegetated nival zone in the mountains. Its characteristics are qualitatively known. Here we study the dynamics of the ecotone through a quantitative approach based on plant data (from Mt Schrankogel, 3497 m, observations 1994 and 2004) and snow data (from 268 routine climate stations in the Alps, observations 1975–2004)
Climate Change Impacts in Alpine Environments
Alpine ecosystems (alpine tundra) occur at a range of air density, water availability and seasonality worldwide on the treeless high terrain of mountains. They vary along geographic scales: boreal dwarf-shrub heaths, temperate sedge heaths, subtropical dwarf shrubs and tussock grasslands, and tropical giant forblands. Along local topographic gradients plant cover changes from windswept dwarf-shrub heath, to dense grass-sedge heath, to snowbank ve…
Gloria–europe
of the Global Research Initiative in Alpine Environments, which will ultimately operate on a worldwide scale (see MRD Vol 20 No 2, pp 190–191). The project is funded by the European Union as a contribution to the fifth research and technological development (RTD) framework. The research consortium is coordinated by the Institute of Ecology and Conservation Biology of the University of Vienna under the leadership of Prof Georg Grabherr and his tea…
Gloria
Thermoluminescence Dating of a Crucible Fragment From an Early Tin Processing Site in Turkey
Archaeological exploration in the Taurus mountains at Göltepe in south‐central Turkey has uncovered a site indicating the presence of extensive tin ore mining and smelling operations The most recent find of smelting crucible fragments allowed for a thermoluminescence‐hased age determination spanning a late fifth to early third millennium BC date. This result is consistent with a number of radiocarbon dates derived for charcoal also found at the s…
Climate Change Impacts in Alpine Environments
Alpine ecosystems (alpine tundra) occur at a range of air density, water availability and seasonality worldwide on the treeless high terrain of mountains. They vary along geographic scales: boreal dwarf-shrub heaths, temperate sedge heaths, subtropical dwarf shrubs and tussock grasslands, and tropical giant forblands. Along local topographic gradients plant cover changes from windswept dwarf-shrub heath, to dense grass-sedge heath, to snowbank ve…
Thermoluminescence Dating of a Crucible Fragment From an Early Tin Processing Site in Turkey
Archaeological exploration in the Taurus mountains at Göltepe in south‐central Turkey has uncovered a site indicating the presence of extensive tin ore mining and smelling operations The most recent find of smelting crucible fragments allowed for a thermoluminescence‐hased age determination spanning a late fifth to early third millennium BC date. This result is consistent with a number of radiocarbon dates derived for charcoal also found at the s…
Gloria
Gloria–europe
of the Global Research Initiative in Alpine Environments, which will ultimately operate on a worldwide scale (see MRD Vol 20 No 2, pp 190–191). The project is funded by the European Union as a contribution to the fifth research and technological development (RTD) framework. The research consortium is coordinated by the Institute of Ecology and Conservation Biology of the University of Vienna under the leadership of Prof Georg Grabherr and his tea…
Climate Change Impacts in Alpine Environments
Alpine ecosystems (alpine tundra) occur at a range of air density, water availability and seasonality worldwide on the treeless high terrain of mountains. They vary along geographic scales: boreal dwarf-shrub heaths, temperate sedge heaths, subtropical dwarf shrubs and tussock grasslands, and tropical giant forblands. Along local topographic gradients plant cover changes from windswept dwarf-shrub heath, to dense grass-sedge heath, to snowbank ve…
Coincidence of the alpine–nival ecotone with the summer snowline
The alpine–nival ecotone is the transition between the lower located alpine grassland/tundra zone and the upper located sparsely vegetated nival zone in the mountains. Its characteristics are qualitatively known. Here we study the dynamics of the ecotone through a quantitative approach based on plant data (from Mt Schrankogel, 3497 m, observations 1994 and 2004) and snow data (from 268 routine climate stations in the Alps, observations 1975–2004)
Geography (5 obras) · Physical geography (3 obras) · Alpine climate (2 obras) · Archaeology (2 obras) · Cryospheric studies and observations (2 obras) · Ecology (2 obras) · Environmental Science (2 obras) · Geology (2 obras) · Tree-ring climate responses (2 obras) · Tundra (2 obras)