02.04.2013 Views

EXECUTIVE SUMMARY - UNESCO World Heritage

EXECUTIVE SUMMARY - UNESCO World Heritage

EXECUTIVE SUMMARY - UNESCO World Heritage

SHOW MORE
SHOW LESS

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

Chemical composition of<br />

precipitation – both horizontal and<br />

veritical<br />

every two weeks<br />

Chemicals input into primeval every two weeks<br />

forests in the form of stemflow,<br />

throughfall<br />

Soil water chemistry every 5 years<br />

Stabile soil indicators (soil profile<br />

description and soil classification,<br />

textural analysis, physical<br />

properties, humus and chemical<br />

analysis)<br />

Labile soil indicators (pH, mobile<br />

nutrients and heavy metals, S, T,<br />

V values – CEC, ecological and<br />

genetic humus quality, humus<br />

layer)<br />

Microbial activity of soils, CO2<br />

production in the spring, summer<br />

and autumn<br />

Health status of main primeval<br />

forest constituents<br />

every 5 years<br />

every 5 years<br />

3 times a year<br />

once a year<br />

Biodiversity monitoring with the twice a year<br />

emphasis on species known as<br />

indicators of primeval forests<br />

intactness or bioindicators<br />

Monitoring of organisms bound to every two years<br />

primeval forests<br />

Primeval forest structure and every 5 years<br />

texture monitoring<br />

Soil biota monitoring 5 year intervals<br />

Air: Extreme temperatures (weekly), precipitation (every two weeks), temperatures (daily<br />

temperatures taken from nearest meteorological station and their derivatives), other<br />

meteorological characteristics obtained from hydrometeorological institutes (wind, relative air<br />

humidity, solar radiation etc.)<br />

Water: Soil water regime for the analyses of solute transport in soils, physiologically<br />

available water (weekly using non-destructive tensiometers, Time Domain Reflectometry,<br />

Electrical Resistivity Tomography), maximum water capacity and hydrophysical soil<br />

properties (yearly), chemical composition of precipitation – both horizontal and veritical (pH,<br />

H + , Ca 2+ , Mg 2+, K + , Na + , NH 4+ , NO 3- , (SO4) 2- , Cl - , F - , electric conductivity), chemicals input<br />

into primeval forests in the form of stemflow, throughfall (every two weeks), soil water<br />

chemistry by lysimeters (pH, H + , Ca 2+ , Mg 2+, K + , Na + , NH 4+ , NO 3- , (SO4) 2- , Cl - , F - , electric<br />

conductivity, C, N, S Elemental an analyzer).<br />

Soil: Stabile soil indicators (soil profile description and soil classification, textural analysis,<br />

physical properties, humus and chemical analysis), labile soil indicators (pH, mobile nutrients<br />

and heavy metals, S, T, V values – CEC, ecological and genetic humus quality, humus layer<br />

71

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!