top of page

Restoration of wind damaged forests
in the Hășmaș Mountains

We are planting European beech (Fagus sylvatica), Silver fir (Abies alba) (species that develop pivoting roots) and Norway spruce (Picea abies) mixed forests in Cheile Bicazului-Hasmaș National Park on wind-damaged surfaces in order to increase the resistance of the newly formed forests to the effects of global climate change.

Transylmagica_Restaurarea Pădurilor doborâte de vânt (4)_edited.jpg
The Lonely Rock in the Hasmas Mountains

At the beginning of years 2019 and 2020, there was massive wind damages in forests of significant areas in the Carpathians, in the Hășmaș Mountains, among others.
Windthrows are the result of extreme weather events (high intensity winds) that cause physical damage to the affected trees by uprooting or breaking tree trunks.

IMG_0614.JPG
IMG_8777.JPG
Wind damaged forest stands in the Hasmas Mountains

Such extreme weather events (high winds, heavy snow, extreme drought, extreme heat waves, etc.) are expected to become more frequent as a result of global climate changes.
The windthrows more severely affected the spruce forests (Picea abies) that dominate the high regions of the Carpathian Mountains. The natural habitat of the spruce is between 600-800 m and 1800-2000 meters. For economic reasons, spruce stands have been planted in significant areas, even outside their natural habitat.

 

DJI_0728.jpg
Wind damaged spruce (Picea abies) forest stands in the Hasmas Mountains


Simultaneously, it is anticipated that exclusively spruce forests will experience the most pronounced impact from climate change in the future. They possess limited resilience to withstand stress caused by factors like drought, extreme weather events such as high-intensity winds, and biotic threats that may thrive in the changing climate (e.g., the spruce bark beetle - Ips typographus). While forests will eventually adapt to these new conditions, the transition to more drought-resistant and heat-tolerant tree species is expected to be a slow process.

Ecoline Forest (17).jpg
Maternal galleries of spruce bark beetle (Ips typographus) under the bark of a Norway spruce (Picea abies) 

The windthrows offer the possibility to introduce slight changes in the composition of the species - mimicking the process of altitudinal migration, where species move to higher or lower elevations in response to changing climate conditions. This will result in an increase in the resistance of forests to changes in climate conditions.

In November 2020 we started planting trees in the integrally protected zone of the Cheile Bicazului-Hasmas National Park. 
 

_DSC8072-2.jpg

We are planting all the Transylmagica seedlings inside the protected areas, creating forests that will provide habitat for the fauna of the last truly wild forests of Europe.
 

Planting in the Cheile Bicazului - Hasmas National Park in November 2021
_DSC0820.jpg
Beech( Fagus sylvatica) seedling planted in the Hasmas Mountains in 2022
IMG_5150.JPG
Norway spruce ( Picea abies) seedling planted in 2022
_DSC2054.jpg
_DSC1939.jpg
Planting in the Hasmas Mountains - November 2022
IMG_1217 2 másolat.jpg
IMG_1512 3.JPG
Planting in the Hasmas Mountains ( in the Cheile Bicazului Hasmas National Park)  - April 2023 
Planting in the Hasmas Mountains (workers and volunteers) - spring 2024
bottom of page