|
Objectives
(Objective
name)
|
Related
activities
|
Degree of achievement
|
2007
|
1
|
Choosing and setting of experimental sites for climate
and growth monitoring
|
Analysis
of actual status of timberline ecosystems
|
100%
|
Choosing
of growth monitoring experimental plots
|
Setting
weather station in experimental plots
|
Setting
of temperature monitoring sensors on altitudinal transects
|
Setting
of growth monitoring sensors on experimental plots
|
2008
|
1
|
Analysis of growth reaction to climate variation in
relation with age and tree status in timberline forests
|
Setting
a permanent experimental plots in a high altitude forest ecosystem
|
100%
|
Sampling
and measurement of growth cores
|
Analysis
of climate-growth relationship in relation with age and tree status
|
2
|
Variability of climate response in relation with species
in timberline forests
|
Sampling
and measurement of cores to complete the RODENDRONET network
|
100%
|
Extraction
and analysis of dendrochronological series from RODENDRONET database
for the high altitude area
|
Statistical
analysis of growth reaction to climate variation in relation with
species
|
3
|
Quantification of climate-growth relationship in relation
with altitude gradient
|
Setting
a two altitudinal transects and sampling
|
100%
|
Measurement
and analysis of growth samples
|
Quantification
of climate-growth relationship using pointer year and correlation
coefficients
|
2009
|
1
|
Analysis of inter and intra yearly dynamics of climate in
high altitude forests
|
Continuous
monitoring and gathering of data from weather station and temperature
sensors
|
100%
|
Statistical
analysis of yearly data series
|
Statistical
analysis of hourly climate data
|
2
|
Monitoring of intra-yearly growth processes in timberline
forests by point dendrometers
|
Continuous
monitoring and gathering data regarding growth process dynamic by point
dendrometers
|
100%
|
Growth
monitoring by manual band dendrometers
|
Statistical
analysis of growth time series
|
2010
|
1
|
Inter-yearly growth monitoring by xylological techniques
|
Sampling
of cores for wood anatomy analysis
|
100%
|
Preparation
of samples and microsections for microscopic analysis
|
Measurement
of cells parameters and statistical analysis
|
2
|
Tree ring formation dynamics evaluated by microcores
method
|
Weekly
sampling of microcores
|
100%
|
Preparation
of microscopic sections
|
Quantification
of tree ring formation phases and statistical modeling of growth
dynamics
|