The genetic inheritance of a tree species is fully expressed in the phenotype only when its
ecological requirements are accomplished. Therefore, genetic tests provide the opportunity …

Global change scenarios project drastic modifications in tree species range and an increase
in exotic tree plantations. Subsequent tree species substitutions may alter habitat conditions …

Ophiostoma novo-ulmi continues to be one of the most dangerous invasive fungi, destroying
many autochthonous elm forests and cultures throughout the world. Searching for natural …

In the near future, it is predicted that the natural distribution range of forest tree species will
be reshaped due to the rapid changes in climate conditions. The assisted migration of …

Phenology is considered an indicator of environmental changes, with direct implications in
the length of the growing season; therefore, it offers essential information for a better …

Through the compilation of bibliographic sources (295 papers) with 47 personal papers (as
one author or co-author, published between 1969 and 2010) and some not yet published …

We examined the database of the Forest Research Institute derived from the reports of the
forest-managers. We indicated the important pest and pathogen damage areas from the last …

The authors mapped occurrence of three biotic vectors of beech (Fagus sylvatica L.) bark
necrotic disease: beech lice Cryptococcus fagi Bärensp. and moths Bucculatrix ulmella …

The beech bark necrosis (BBN) infestation severity of European beech (Fagus sylvatica L.)
was assessed in regions of Central (CE) and South-Eastern Europe (SE). Altogether more …

The results of long-term monitoring of beech bark necrotic damage in a mature stands in
Czech Republic, Slovakia, Poland, Hungary, Romania, Serbia and Bulgaria are presented …