This study involved a dendrochronological examination of oak (Qeurcus.sp) and Scots pine (Pinus.sylvestris) in the nationalpark Blå Jungfrun, by measuring annual ringwidth data from tree-cores from the island, data from the national forest inventory and climatedata from the Swedish Meteorological and Hydrological Institute (SMHI). Using the analysis program Windendro an annual ringwidth analysis was performed. Trends that occured were that pine respondend more to precipitation than temperature and that oak respondend more to temperature. Ringwidth were higher for Scots pine than oak and for both species lower than on the mainland
Four regional Scots pine ring-width chronologies at the northern forest-limit, and in the northern, ...
A 42-year sequence (1976–2017) of Scots pine tree diameter measurements using band dendrometers at t...
Arctic treelines have been used as global indicators of climate change. Study has shown that terrest...
This study involved a dendrochronological examination of oak (Qeurcus.sp) and Scots pine (Pinus.sylv...
Knowledge of stands response to past environmental conditions can help predict how forests may respo...
Tree ring analyses can assist in revealing the effect of gradual change in climatic variables on tre...
The study presents results of dendrochronological analyses of Scots pine (162 trees) and English oak...
Pinus sylvestris L. (Scots pine) is the main forest tree species in Burabai National Park. Trees her...
We performed a spatiotemporal analysis of a network of 21 Scots pine (Pinus sylvestris) ring-width c...
We performed a spatiotemporal analysis of a network of 21 Scots pine (Pinus sylvestris) ring-width c...
Radial growth of boreal tree species is only rarely studied in riparian habitats. Here we investigat...
A near-millennial tree-ring chronology (AD 1147-2000) is presented for south-west Finland and analyz...
Dendroprovenancing studies frequently use site chronologies to identify the origin of archaeological...
We performed a spatiotemporal analysis of a network of 21 Scots pine (Pinus sylvestris) ring-width c...
The study focuses on the response to climate change of indigenous and introduced coniferous tree spe...
Four regional Scots pine ring-width chronologies at the northern forest-limit, and in the northern, ...
A 42-year sequence (1976–2017) of Scots pine tree diameter measurements using band dendrometers at t...
Arctic treelines have been used as global indicators of climate change. Study has shown that terrest...
This study involved a dendrochronological examination of oak (Qeurcus.sp) and Scots pine (Pinus.sylv...
Knowledge of stands response to past environmental conditions can help predict how forests may respo...
Tree ring analyses can assist in revealing the effect of gradual change in climatic variables on tre...
The study presents results of dendrochronological analyses of Scots pine (162 trees) and English oak...
Pinus sylvestris L. (Scots pine) is the main forest tree species in Burabai National Park. Trees her...
We performed a spatiotemporal analysis of a network of 21 Scots pine (Pinus sylvestris) ring-width c...
We performed a spatiotemporal analysis of a network of 21 Scots pine (Pinus sylvestris) ring-width c...
Radial growth of boreal tree species is only rarely studied in riparian habitats. Here we investigat...
A near-millennial tree-ring chronology (AD 1147-2000) is presented for south-west Finland and analyz...
Dendroprovenancing studies frequently use site chronologies to identify the origin of archaeological...
We performed a spatiotemporal analysis of a network of 21 Scots pine (Pinus sylvestris) ring-width c...
The study focuses on the response to climate change of indigenous and introduced coniferous tree spe...
Four regional Scots pine ring-width chronologies at the northern forest-limit, and in the northern, ...
A 42-year sequence (1976–2017) of Scots pine tree diameter measurements using band dendrometers at t...
Arctic treelines have been used as global indicators of climate change. Study has shown that terrest...