Forestry Horizon 2020

26/11/2020

Dnes rovnako prebieha aj online vedecká rada na Lesníckej fakulte, ktorej sú zúčastnení aj dekan LDF z ČZU Praha a dekan LF Mendelovej univerzity v Brne. 🌳🌲Priebeh rady prebieha plynulo aj v rámci mobilných aplikácii MS Teams 📱📲

14/03/2017

How does European beech s. maintains dominance across the full development cycle? Answer available at http://www.sciencedirect.com/science/article/pii/S0378112716312713 …

The productivity and water consumption of forests depend on stand leaf area, which may vary with tree age, forest structure, and environment. How forest management affects leaf area and whether production forests have different leaf areas than unmanaged natural forests, is not clear. We compared the...

27/06/2016

On the testing ground: our Forest Ecosystem Analysis and Modelling team lead by Assoc. Prof. Dr. Marek Fabrika, head of the Department of Forest Management and Geodesy, uses state-of-the-art technologies enabling them to collect and process high quality data from our University Forestry Enterprise. That in turn allows for instantaneous knowledge transfer into progressive forestry practices: https://www.youtube.com/watch?v=8px14M-SmcM

Department of Forest Management and Geodesy at Technical University in Zvolen

14/06/2016

Ashes to ashes? Not really! The effect of wood ash (WA) fertilisation on chemical and biological properties of forest floor layers was studied by our >>Plant, soil microorganisms and carbon sequestration team

14/06/2016

Are you up for dendroclimatic analyses in remote, wilderness areas? Reliable and longest available time series of such data represent the basic starting point when performing them, as in the case of our team >>Forest ecosystems analysis and modelling

05/05/2016

May phylogenetic origin of Abies alba, the "dame of our forests", have affected the species' growth in Europe? Using a massive dendrochronological and genetic material, authors led by Dr. M. Bošeľa from our Forest Ecosystems Analysis and Modelling team revealed the distinct growth and climate sensitivity between the populations originating from Balkan and Apennien refugia. These findings indicate the importance of different post-glacial histories for the growth sensitivity and adaptability to varying environmental factors. http://onlinelibrary.wiley.com/…/10.11…/1365-2745.12561/full

05/05/2016

Ready to know truth? New generation forest growth model and software SIBYLA Triquetra is being finalized by our Forest Management and Geodesy departmental team. It will be optimized for 64-bit platforms and will contain lots of new features allowing users to face new challenges in the adaptive forest management. More information can be found at sibyla.tuzvo.sk

12/04/2016

This is a matter of life & death :-D Members of our Forest Ecosystem Analysis and Modelling team derived a unique new equation capturing the growth of living organisms as determined by moments their of birth and demise. Read more in Sedmák, R. & Scheer, L. (2015). Properties and prediction accuracy of a sigmoid function of time-determinate growth. iForest-Biogeosciences and Forestry, 8(5), 631. http://www.sisef.it/iforest/contents/?id=ifor1243-007

Abstract: The properties and short-term prediction accuracy of mathematical model of sigmoid time-determinate growth, denoted as “KM-function”, are presented. Comparative mathematical analysis of the function revealed that it is a model of asymmetrical sigmoid growth, which starts at zero size of an…

11/04/2016

Some new light cast on mechanisms underlying spruce response during prolonged dry periods by authors including our team members (Assoc. Prof. Dr. Katarína Střelcová and others) studying the soil-water-plant system: http://onlinelibrary.wiley.com/doi/10.1002/eco.1536/full

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