Add to ORKGInternational audienceThere is a difference in resistance to wind breakage quite marked between the different of rubber tree clones (Hevea brasiliensis). The objective of this work is to understand this difference in sensitivity. More precisely, we would like to characterize the thigmomorphogenetic capacity for wind hardening of rubber tree clones. Also, in-situ trunk flexion tests will be performed with imposed strain. A follow-up growth in diameter will be carried out to evaluate the thigmomorphogenetic responses induced by these solicitations. The behavior of the different trunk profiles will also be analyzed using the finite element model of trunk flexion on Cast3m software
Forest plantations in the Vale do Rio Doce in Minas Gerais have suffered damage caused by the action...
Models predicting forest stand wind-firmness are usually based on the calculation of a critical wind...
Trees adjust their development to the environmental conditions they experience. Storms events of las...
International audienceRubber trees (Hevea brasiliensis) are grown on about 15 million hectares of pl...
Rubber has been grown for several decades in Africa, notably in Ivory Coast. Although the yields obt...
Rubber tree (Hevea brasiliensis) is the main source of natural rubber production with more than 13 m...
Rubber has been grown for several decades in Africa, notably in Ivory Coast. Although the yields obt...
International audienceWind-related damages pose a major problem for latex production in rubber tree ...
The objective of this work was to test a new methodology to assess the resistance of trees to wind d...
O presente trabalho teve como objetivo avaliar as propriedades mecânicas da madeira de seringueira (...
Hevea brasiliensis as a fast-growing species with rotation age of about 25 years is usually managed ...
Wind can alter plant growth and cause extensive, irreversible damage in forested areas. To hotter un...
A-09-15International audienceWind can alter plant growth and cause extensive, irreversible damage in...
The specific adaptation of 15 rubber tree (Hevea brasiliensis) clones was assessed by analyzing yiel...
Storms are by far the major hazard damaging the trees. However, trees do not just behave passively i...
Forest plantations in the Vale do Rio Doce in Minas Gerais have suffered damage caused by the action...
Models predicting forest stand wind-firmness are usually based on the calculation of a critical wind...
Trees adjust their development to the environmental conditions they experience. Storms events of las...
International audienceRubber trees (Hevea brasiliensis) are grown on about 15 million hectares of pl...
Rubber has been grown for several decades in Africa, notably in Ivory Coast. Although the yields obt...
Rubber tree (Hevea brasiliensis) is the main source of natural rubber production with more than 13 m...
Rubber has been grown for several decades in Africa, notably in Ivory Coast. Although the yields obt...
International audienceWind-related damages pose a major problem for latex production in rubber tree ...
The objective of this work was to test a new methodology to assess the resistance of trees to wind d...
O presente trabalho teve como objetivo avaliar as propriedades mecânicas da madeira de seringueira (...
Hevea brasiliensis as a fast-growing species with rotation age of about 25 years is usually managed ...
Wind can alter plant growth and cause extensive, irreversible damage in forested areas. To hotter un...
A-09-15International audienceWind can alter plant growth and cause extensive, irreversible damage in...
The specific adaptation of 15 rubber tree (Hevea brasiliensis) clones was assessed by analyzing yiel...
Storms are by far the major hazard damaging the trees. However, trees do not just behave passively i...
Forest plantations in the Vale do Rio Doce in Minas Gerais have suffered damage caused by the action...
Models predicting forest stand wind-firmness are usually based on the calculation of a critical wind...
Trees adjust their development to the environmental conditions they experience. Storms events of las...