Historical evolution of forest productivity is investigated for the French main two social broadleaved species - common beech (Fagus sylvatica L.) and sessile oak (Quercus petraea Liebl.) - in pure even-aged stands from State forests, with an aim of description and quantification at stand scale. The analysis therefore focuses on dominant height growth, a classical proxy for forest productivity. Using a retrospective approach (stem analysis), increments were sampled from two generations of stands associated couples to ensure control of site conditions. The evolution of growth rate is estimated by statistical modelling of increments, accounting for the effect of stand developmental stage and site differences between couples. Growth trends wer...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Modern climate change is expected to cause a decline of forest tree populations that reside at the c...
Modern climate change is expected to cause a decline of forest tree populations that reside at the c...
Historical evolution of forest productivity is investigated for the French main two social broadleav...
Historical evolution of forest productivity is investigated for the French main two social broadleav...
A dendroecological study was carried out in 2 forests in northeastern France with the aim of identif...
A dendroecological study was carried out in 2 forests in northeastern France with the aim of identif...
The past history of a 300-year-old Quercus petraea stand (the “Futaie des Clos”, 8 ha) located 20 km...
The past history of a 300-year-old Quercus petraea stand (the “Futaie des Clos”, 8 ha) located 20 km...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Productivity changes in four Sessile Oak forests since 1930: a stand-level approach. We addressed t...
We investigated the relationship between tree size and radial growth of oak in mixed oak-beech stand...
Productivity changes in four Sessile Oak forests since 1930: a stand-level approach. We addressed t...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Modern climate change is expected to cause a decline of forest tree populations that reside at the c...
Modern climate change is expected to cause a decline of forest tree populations that reside at the c...
Historical evolution of forest productivity is investigated for the French main two social broadleav...
Historical evolution of forest productivity is investigated for the French main two social broadleav...
A dendroecological study was carried out in 2 forests in northeastern France with the aim of identif...
A dendroecological study was carried out in 2 forests in northeastern France with the aim of identif...
The past history of a 300-year-old Quercus petraea stand (the “Futaie des Clos”, 8 ha) located 20 km...
The past history of a 300-year-old Quercus petraea stand (the “Futaie des Clos”, 8 ha) located 20 km...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Productivity changes in four Sessile Oak forests since 1930: a stand-level approach. We addressed t...
We investigated the relationship between tree size and radial growth of oak in mixed oak-beech stand...
Productivity changes in four Sessile Oak forests since 1930: a stand-level approach. We addressed t...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Growth trends have been reported in many regions of Europe over the twentieth century. However, an i...
Modern climate change is expected to cause a decline of forest tree populations that reside at the c...
Modern climate change is expected to cause a decline of forest tree populations that reside at the c...