Data analysed reported here consists of annual records of area defoliated by fives species feeding on broadleaf trees in Hungary. The time series in the data file are comprised of annual values of total damage across Hungary of forest areas (in hectares) with defoliation exceeding 20% reduction of all foliage. The species that are recorded are lymantria dispar, euproctis chrysorrhoea, tortrix viridana, thaumetopoea processionea, malacosoma neustria
Eight species of Microlepidoptera are recorded from Hungary for the fi rst time: Symmoca signatella ...
To identify general patterns in the effect of climate-driven changes in the outbreak frequency of fo...
Insect damage is a general problem that disturbs the growth of forests, causing economic losses and ...
We investigated the canopy recovery of 3 tree species (pedunculate oak, Turkey oak, European beech) ...
Abstract: Forest pest detection and prognosis are important works in forest protection activities, a...
he author presents data of 387 Macrolepidoptera species, among them 10 protected, observed by light ...
Foliage damage by leaf-eating insects during mass reproduction causes deterioration of the sanitary ...
Sixty three scale insect species are reported from the Mezőföld area (Hungary), a mosaic area of pre...
The studies aimed to acquire the widest possible information on the annual flight in Hungary of the ...
The gypsy moth is one of the most serious pests in forests and fruit tree plantations over prevailin...
Insect and disease outbreaks in forests are biotic disturbances that can profoundly alter ecosystem ...
Long-term data sets, covering several decades, could help to reveal the effects of observed climate ...
The data are the annual proportion of land area defoliated by gypsy moths across the Northeastern Un...
The first study in Hungary examines the bionomy and geographical distribution of Eugnosta Hübner, [1...
The gypsy moth is one of the most devastating forest pests in North America. In late spring, gypsy m...
Eight species of Microlepidoptera are recorded from Hungary for the fi rst time: Symmoca signatella ...
To identify general patterns in the effect of climate-driven changes in the outbreak frequency of fo...
Insect damage is a general problem that disturbs the growth of forests, causing economic losses and ...
We investigated the canopy recovery of 3 tree species (pedunculate oak, Turkey oak, European beech) ...
Abstract: Forest pest detection and prognosis are important works in forest protection activities, a...
he author presents data of 387 Macrolepidoptera species, among them 10 protected, observed by light ...
Foliage damage by leaf-eating insects during mass reproduction causes deterioration of the sanitary ...
Sixty three scale insect species are reported from the Mezőföld area (Hungary), a mosaic area of pre...
The studies aimed to acquire the widest possible information on the annual flight in Hungary of the ...
The gypsy moth is one of the most serious pests in forests and fruit tree plantations over prevailin...
Insect and disease outbreaks in forests are biotic disturbances that can profoundly alter ecosystem ...
Long-term data sets, covering several decades, could help to reveal the effects of observed climate ...
The data are the annual proportion of land area defoliated by gypsy moths across the Northeastern Un...
The first study in Hungary examines the bionomy and geographical distribution of Eugnosta Hübner, [1...
The gypsy moth is one of the most devastating forest pests in North America. In late spring, gypsy m...
Eight species of Microlepidoptera are recorded from Hungary for the fi rst time: Symmoca signatella ...
To identify general patterns in the effect of climate-driven changes in the outbreak frequency of fo...
Insect damage is a general problem that disturbs the growth of forests, causing economic losses and ...