Current research plan of the air quality research group involves various areas of applied atmospheric chemistry and physics. We are particularly interested in:
• Source apportionment in urban, rural, traffic-affected and background areas with strong focus on atmospheric aerosol, its composition, mass-size and number-size characteristics, long and regional transport of pollutants.
• Indoor air quality, identification and characterization of sources of pollution, contribution of indoor and outdoor sources in home, office, public, work and transport microenvironments.
• Spatial and temporal variability in ozone concentration, with particular respect to sensitive areas of montane ecosystems and their characteristics (influence of altitude, slope exposure, elevation above terrain, etc.)
• Experimental lab-based studies aimed at deposition and resuspension of particles under various microclimatic conditions (tunnel and chamber studies).
• Effects of urban air pollution on human health (morbidity, mortality).
Contact: J. Hovorka (email@example.com).
Decontamination and ecotoxicology
Biodegradation of various persistent organic pollutants is studied in collaboration with Institute of microbiology. For example, endocrine disrupters are known for their negative influence, particularly on aquatic organisms and potentially on public health. Many studies demonstrated that endocrine disrupters are able to mimic hormones or interfere with the action of endogenous hormones. This growing environmental and public health problem requires the development of novel approaches to eliminate these compounds from the environment, which are hardly decomposed during classical waste treatment processes. New approaches using mainly a specific group of ligninolytic fungi are under study. Contact: T. Cajthaml (firstname.lastname@example.org).
The Institute carries research on municipal waste composition. We are supported by the grant of the Ministry of the Environment of the Czech Republic, SP/2f1/132/08: Research on characteristics of municipal waste and optimalization of its utilization. The research is focused on municipal waste composition analyses, particularly on residual waste from households and bulky waste. The urgency of this research stems mainly in requirements to reduce landfilling of biodegradable municipal waste. Contact: L. Benešová (email@example.com)
The Institute also carries out research in the field of drinking water treatment and surface water contamination (heavy metals, persistent organic pollutants). Experimental research on drinking water treatment is mainly focused on removal of Al, natural organic matter and pesticides and efficiency of different destabilisation and aggregation reagents. Water treatment pilot-plant tests also take place at selected waterworks. Constructed pilot-plant installations simulate the technologies used at waterworks. Contact: L. Benešová (firstname.lastname@example.org), M. Pivokonský (email@example.com).
The main research object of the limnology group is the study of global factor effects on sensitive mountain water ecosystems (streams and lakes) and their catchments. We are interested in three main global issues:
• The impact of climate change on hydrology, water and mass balances in the catchment of small mountain streams and high mountain lakes.
• The influence of acidification and recovery processes on chemistry and biology of mountain streams and lakes, reconstructions and prediction of acidification using dynamic modelling MAGIC.
• Long-distance transport of pollutants and their fate in the mountain lake food chains. The particular tasks are focused on: water, soil and precipitation chemistry, water temperature regime of lakes, phytoplankton, zooplankton and benthos, hydrology balance, adaptation of global climate models (downscaling), paleolimnology – reconstruction of climate changes and lake history based on subfossil organisms.
Environmental effects of agriculture and forestry We study effects of practices used in forestry on soil ecosystems – carbon storage, nutrient dynamic and water movement. Contact: J. Frouz (firstname.lastname@example.org).
We also study effects of agricultural practices on biodiversity and biocontrol potential of insects, using mainly ladybirds and carabid beetles as model groups. Contact: P. Kindlmann (email@example.com).
Using large scale monitoring data, we study the effects of recent major environmental changes (such as the climate change, agricultural intensification or land abandonment) on bird biodiversity. Contact: J. Reif (firstname.lastname@example.org).
Management of protected areas
The effect of human activities, in particular tourism has a long history at the Institute. Long-term monitoring of tourist activities in national parks and other protected areas brings important recommendations for nature conservation authorities. Contact: Z. Křenová (email@example.com), P. Kindlmann (firstname.lastname@example.org).
Research of this group is focused on ecology of heavily disturbed ecosystems and possibilities of ecosystem restoration after heavy disturbance. Special attention is paid to natural processes leading to ecosystem restoration, namely spontaneous succession and possibilities of their use in restoration practice. Also interactions of various components of ecosystems, namely soil plant interactions, receive special attention. Post mining sites, heathland reconstruction and abandoned fields belong to the most intensively studied systems. Contact: J. Frouz (email@example.com).
Population dynamics and species conservation We study evolution of life history strategies, population dynamics and stability of ecological communities, using theoretical and experimental approaches. We concentrate on prey-predator and plant-pollinator systems. At present, the main model groups include terrestrial orchids, aphids, aphidophagous insects, birds and large mammals (tiger, leopard). The results of this research find their applications in biodiversity and nature protection and in biological control. We perform our field research in South Bohemia, Nepal, Bolivia and Puerto Rico. Contact: P. Kindlmann (firstname.lastname@example.org), J. Reif (email@example.com).
Landscape ecology and GIS application
GIS laboratory is focused on description of landscape dynamics over time and of various transportation processes in landscape, such as dynamics of succession vegetation in abandoned fields or post mining sites, transport of dust from coal mines or avalanche movement in mountain environment. Contact: L. Matějíček (firstname.lastname@example.org).