Browsing CBL - Zentrum für Biodiversität und Nachhaltige Landnutzung (ehem. GZBÖ) by Referee "Hölscher, Dirk Prof. Dr."
Now showing items 1-12 of 12
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Adjustment of hydraulic, anatomical and leaf traits in Fagus sylvatica (L.) towards drier conditions. A study in mature stands.
(2022-08-24)Hydraulic traits are closely linked to the ability of tree species to survive droughts and were therefore used to predict the disposition of trees to suffer from hydraulic failure in the face of climate change. While most ... -
Diverse forests for climate change: Drought stress tolerance of secondary timber species
(2021-08-17)Accelerated climate warming in the past decades and a recent increase in the frequency and severity of summer heat-waves in combination with more irregular summer precipitation challenge silvicultural concepts in Europe’s ... -
Effects of Land Use, Habitat Fragmentation and Climate Warming on Stem Increment, Regeneration, and Hydraulic Architecture of Larix sibirica in the Mongolian Forest-Steppe
(2018-05-16)Effects of land use intensity, forest fragmentation and climate warming on stem increment and hydraulic architecture of Larix sibirica growing at the southern fringe of the Eurosiberian boreal forest in the Mongolian ... -
Experimental biodiversity enrichment in an oil-palm plantation
(2016-12-21)Large-scale conversion of tropical forests has led to dramatic losses of biodiversity and associated ecosystem services and functions. One particularly severe example of forest and biodiversity loss is Indonesia. The ... -
Exploring patterns of phytodiversity, ethnobotany, plant geography and vegetation in the mountains of Miandam, Swat, Northern Pakistan
(2015-07-08)The study area of Miandam (35° 1′- 5′ N, 72°30′-37′ E) is located in the District of Swat in the Province of Khyber Pakhtunkhwa (formerly North West Frontier Province) in the North of Pakistan. The present project is a ... -
Fine root traits, belowground interactions and competition effects on the rhizosphere of <i>Fagus sylvatica</i> and <i>Fraxinus excelsior</i> saplings
(2013-03-22)European beech (Fagus sylvatica L.) and European ash (Fraxinus excelsior L.) are common tree species in Central European forests and of high ecological as well as economic value. However, knowledge about the ... -
Forest Structure and Structural Dynamics of Virgin Beech Forests in Slovakia
(2019-02-14)European beech (Fagus sylvatica L.) forests gain a special interest in Central Europe. The highly competitive species would most likely achieve dominance within a wide range of site conditions. Understanding the natural ... -
Holocene climate changes, sea-level oscillations and humans impact in northeastern Brazil
(2022-12-05)During the Holocene, the environment in northeastern Brazil has changed mainly due to climate dynamics, human activities, and in the coastal area, sea-level oscillations. However, little is known about the environmental ... -
Interactive effects of elevation and forest-use intensity on tropical tree diversity in Veracruz, Mexico.
(2020-10-01)Land-use change and intensification have a substantial impact on tropical mountain ecosystems worldwide. However, our understanding of how anthropogenic changes affect different facets of tree diversity and community ... -
Prospects for climate change mitigation of Scots pine and European beech forests
(2022-06-03)The historic large-scale forest conversion in the northern German lowlands resulted in a man-made dominance of Scots pine, in a landscape that would naturally be dominated by forests of European beech. Since drawbacks of ... -
The late holocene history of vegetation, climate, fire dynamics and human impacts in Java and Southern Kalimantan
(2016-09-14)Detailed analysis of past environmental, climate and land use history in the Indonesian region is essential to obtain better understanding of human-environment relationships and to prevent uncertainties in future development ... -
The role of the fine root system in carbon fluxes and carbon allocation patterns of tropical ecosystems along a climate and land-use gradient at Mount Kilimanjaro
(2020-10-13)The combined effects of global warming and land-use conversion to human-modified systems are threatening biodiversity and ecosystem processes maintained by tropical mountains. To assess and predict the impact of global ...