EXCELLENTIA_HE

@excellentia.bsky.social

Interdisciplinary research group at the Faculty of Forestry and Wood Technology, Mendel University in Brno, CZ - conducting research on forest ecosystem functioning and services, above and below ground. Visit our website https://excellentia.ldf.mendelu.cz/

🚨EARLY BIRD REGISTRATION EXTENDED until 15. FEBRUARY🚨 for the 9th International 🧪 Symposium on Woody Root Research! 🌳🍁 Please register/submit at wrix.favmeeting.it, conference website www.uninsubria.eu/woody-roots-ix Abstract deadlines: 31. March for oral (selected), 30. April for posters!

Woody Roots IX

wrix.favmeeting.it

Woody Roots@woodyroots.bsky.social · 8mo ago

🚨REGISTRATION & ABSTRACT SUBMISSION OPEN 🚨 for the 9th International 🧪 Symposium on Woody Root Research! 🌳Please register/submit at wrix.favmeeting.it. Early bird registration ends on 1. February 2026. Abstract deadlines: 31. March for potential oral presentations (selected), 30. April for posters.

It's great to see Douglas L Godbold, @borisrewald.bsky.social, Marian Schönauer, & Pavlína Pancová Šimková applying their #EXCELLENTIA expertise in urban #trees, #soil-health #mycorrhizae, soil water #modelling, and EU #research-funding to address urgent needs in #Sarajevo, BiH with #UNSA colleagues

Boris Rewald @borisrewald.bsky.social · 9mo ago

A look back at the very engaging and productive💧🏙️SPONGE-City BiH conference bit.ly/47apbZx where we brought together experts from MendelU CZ and UNSA BiH on #Water Manag. & #Urban #Blue-Green 🌳 Infrastr. for #Sponge Cities. Thank you to all who participated & special thanks to Prof. Emira Hukic🧪

Sustainable Water Management and Urban Blue-Green Infrastructure for Advancing Sponge City Perspectives in Bosnia and Herzegovina . Participants of workshop on tree stability lead by Ludek Praus, MendelU, CZ

🚨Publication ALERT🚨 #Root #phenology in mixed 🍁 #forests 🧪2-yr study (oak, hornbeam, lime, maple): roots start > leaves; maple, hornbeam peak < oak, lime; #mixing mirrors dominant sp; leaf–root lag; winter growth at 4.2 °C; temp link flips; Qiwen Guo et al. 2025, Funct Ecol 👉 doi.org/10.1111/1365...

Above‐ and below‐ground phenology of four tree species in mixed forests and monospecific stands

Read the free Plain Language Summary for this article on the Journal blog.

doi.org

🚨Publication alert🚨 #Forest 🌳 #diversity ≠ automatic #drought resilience. Across #treedivnet 🧪🍁experiments, single-year drought growth reflected #trees#hydraulic safety margins & drought intensity, not richness. In consecutive droughts, div effects grew—direction varied by site. #Traits matter.

Global Change Biology@globalchangebio.bsky.social · 11mo ago

Multiyear Drought Strengthens Positive and Negative Functional Diversity Effects on Tree Growth Response 🔗 buff.ly/4qqRnFD

2005–2025: 🎉 Celebrating 20 years of 🧪Researchers' Night in the Czech Republic and 🎓 MendelU! With the younger 🧒 generation showing a growing interest in mushrooms, particularly the tasty 🍄 fruiting bodies, but less so in hyphae /mycorrhizal 🌳 functions 😅

Children looking at mushrooms at the excellentia booth during the night of Science 2025, Mendelu, Brno

Open-access article collection on destructive / sustainable #forest #soil #management, combining forest and soil #ecology #biodiversity with forest #engineering and #remotesensing topics - drawing attention to practices that hinder / improve ecosystems belowground. link.springer.com/collections/...

Forest Soils: How Harvesting Methods and Management Shape Soil Properties, Functions, and Resilience

Intensifying climate pressures and timber demands are refocusing attention on forest soils, the foundation of productivity, biodiversity, and ecosystem ...

link.springer.com

Boris Rewald @borisrewald.bsky.social · 10mo ago

🚨Article collection OPEN🚨 🧪🍁 #Forest #Soils: How Harvesting Methods and Management Shape Soil Properties, Functions, and Resilience. Edited by Marian Schönauer and me at 🌲"Discover Forests". 🌳 APC currently waived, open till mid 2026 (tbd). link.springer.com/collections/... ... OA, reviews, welcome!

Article collection / special issue: Forest Soils: How Harvesting Methods and Management Shape Soil Properties, Functions, and Resilience

Journal: Discover Forests

Url: https://link.springer.com/collections/dgafjfgejh


Intensifying climate pressures and timber demands are refocusing attention on forest soils, the foundation of productivity, biodiversity, and ecosystem services. Harvesting methods can alter physical soil properties, hydrology, and nutrient cycles, while management incentives such as increased structural and species diversity, retention of deadwood and legacy trees, or the maintenance of refugia may buffer or reverse impacts.


Together, these practices govern soil carbon dynamics, greenhouse-gas fluxes, microbial and faunal communities, mycorrhizal networks, and erosion and water quality, yet the mechanistic links and context dependencies remain underexplored across forest types and pedoclimatic zones. This collection invites original research, perspectives and reviews that quantify how harvesting systems (e.g., reduced-impact logging, mechanized operations, continuous-cover forestry) and diversity/retention strategies (e.g., mixed-species stands, structural complexity, coarse woody debris) affect soil properties and functions.


We especially welcome studies that bridge scales, from plot to landscape and from short-term responses to long-term recovery, and that integrate physiology, biogeochemistry, soil ecology, and hydrology using field experiments, long-term trials, chrono sequences, remote sensing, geostatistical analysis, synthesis/meta-analysis, and/or innovative analytics (e.g., modelling, eDNA, isotopes). Submissions with regional to global scope and data-driven policy relevance (i.e., nature-based solutions) are encouraged.


Our goal is to draw attention to forest management practices that hinder or improve ecosystem functions and services by hampering or stewarding soil life and function.

The long-term 🌳#windthrow plots are fully set up one year after the 🌀 storm. It's always surprising how much 💪 physical work #forest #ecology 🍁 fieldwork involves, but the data on soil C dynamics, microfauna and flora expected in the years to come is much needed for sound 🌲🌳 management decisions...

Working hard to distribute branch Wood equally across windthrow sites at the University Forest Enterprise, Mendel University in Brno. Testing for effects of different deadwood retention measures after stand replacing windthrows on soil processes, biodiversity conservation and tree regeneration

Beautiful (urban) forests (and some ancient grave stones) in the Sarajevo Canton, Bosnia. Thanks to the Forestry Faculty, University of Sarajevo for the excellent kick off workshop of our project "Blue Green Infrastructure"... Fostering CZ - BiH Forestry collab. on water, drought and tree health...

Ancient graveyard on mountain top in the middle of a beautiful mixed forest in Sarajevo Canton.