Technological characterization of Eucalyptus clones,
The Master's thesis has been completed and presented
The Master's thesis, developed by Eng. Ftal Martinez Matias, member of the EEA INTA Concordia forestry group, has been completed and presented. It bears the title of "Technological characterization of Eucalyptus clones, where the work consisted of evaluating the physical, mechanical properties and wood defects from hybrid clones, GC INTA 24 and GC INTA 27, which come from the crossing of E grandis x E. camaldulensis and pure clones of E. grandis, EG INTA 157 and EG INTA 36, comparing them with the seminal material of E. grandis, mostly planted in the region. On November 24 at the Faculty of Forest Sciences of the National University of Misiones, this research has been presented, to complete this stage of professional training and opt for the title of Magister in Forest Sciences. This type of study provides knowledge of the suitability of wood for different uses, industrial processes, and an integral use of them, generating products with greater added value.
IT MAY INTEREST YOU
Corrientes | The future of the forestry sector, carbon and raw material market will be axes of the technical day debate in Virasoro
With the province of Corrientes as the national leader on the surface of forest plantations- with more than 500 thousand hectares- a technical day will be held in Viraroso Governor, within the framework of the 31st Rural Exhibition of Mercosur on Friday, September 5, from 8 to 1 pm.
Paraguay | Wood Expo 2025 opens its doors with the focus on sustainability and potential of the forestry sector
From September 12 to 14, the 2025 wooden Expo will be held with more than 40 stands that will exhibit the diversity of forest and timber production in the country: seedlings, machinery, supplies, services, crafts and much more
New study confirms that reforesting the tropics is up to 9 times more effective in cooling the planet than in cold regions, tropical trees cool more and renounce
The plantation in the tropics has the greatest positive impact. Trees in warm and humid areas cool the weather and are more resistant to fire. Evapotranspiration (similar to sweat in humans) cools air and earthly surface.
