HAMMER PROJECT Multisectorial and strategical partnership - - PowerPoint PPT Presentation

HAMMER PROJECT

Goals:

• Creating a platform of digital marteloscopes at an

European partnership scale

• Exchange of forestry student

Multisectorial and strategical partnership Innovation and exchange of good practice

THE PARTNERSHIP

FORÊT WALLONNE ASBL CFEA SERGUDE IES CIDADE DE ANTIOQUIA IIS G. BARUFFI TAMPERE UNIVERSITY OF APPLIED SCIENCES EPLEFPA DE BAZAS INSITUT TECHNOLOGIQUE FCBA

OUTPUTS

Website: www.hammer-project.eu

Plateforme HAMMER: 9 numericals marteloscopes References for the creation of marteloscopes and hammering training Learners mobilities (96 learners) Teamwork (8 international meeting) Dissemination events

OUTPUTS

PRESENTATION ORGANISATION

Marteloscope creation in the field and data entry in HAMMER software Hammering practice in the field and results treatment/analysis Marteloscopes examples for each country Use for professional training and HAMMER development (growth standing)

Creation of marteloscope in the field and data entry in HAMMER Creation of marteloscope in the field and data entry in HAMMER Work realised by learners

Forest presentation

Altitude Soil Geology Average annual temperature Annual precipitation

• Natural or artificial forest community
• Species

LOCALIZATION OF THE PLOT (BASE STATION S1)

DELIMITATION OF THE PLOT

TREES NUMBERING

Direction Distance

MAPPING (position of the tree)

STATION TREE DISTANCE ANGLE m ° S2 724 2,9 274 S2 725 2,1 268 S2 726 … …

TREE CALIPER AND QUALITY

TREE SPECIES D1 D2 QUALITY NOTES 724 BEECH 16,5 16 B 725 BEECH 12 12 C 726 SCOTS PINE 20 19 dead tree

DATA REGISTRATION IN HAMMER SOFTWARE

Data registration of each tree for each station Tree number Crown surface Diameter 1 Diameter 2 Height will be automatically calculated considering the intermediate diameter Location of the tree referred to the STATION Azimut (direction) Distance (metres) Marteloscope TREES

Log length expressed in meter for quality classes A, B and C The remaining tree is automatically inserted in D class In Italy the standard length is 3 m, elsewhere as there are high standing tree, for each quality class the metres are inserted (e.g. 5m class A, 3m class B, 2m classeC) Depreciation risk Ecological features (specific to each country) Dead standing tree Marteloscope TREES Narrow crown

Marteloscope TREES Trees and stations are displayed on the map For each tree it is possible to visualize it relative data

If the photo of the station is available, it is possible to visualize the position of each single tree

Italy Spain - Sergude Belgium

Trees distribution considering diameter classe, volume, species and quality INITIAL STATE

Italy

Initial state Finland

Possibility to add phtots in order to illustrate

2) photo(s) at the tree scale 1) Panoramics photos at the plot scale

Foto visibili

MAPPING

Possibility to see tree feature and localization

Even in the panoramic photo

Hammering practice in the field and results treatment/analysis

REAL HAMMERING

The hammering follows different criteria according to the present

• bjectives (silvicultural, sanitary,

legal, etc)

• Hammering practice in the field (marteloscope plot)
• Considering the initial hammering watchword
• information «Hammered tree» and «kept tree» is written in a

field card

• Data entry is realised back at the office in HAMMER software

Hammering practice steps

REAL HAMMERING

VIRTUAL HAMMERING Choice of the tree to be cut

VIRTUAL HAMMERING

Cut trees Remaining trees

VIRTUAL HAMMERING

Hammering results

Marteloscopes examples for each country

French marteloscopes

Main essence: Maritime pine Types of area : lowland Forestry stakes and goals : Regular hight forest stand Wood production Surface: 0,5 ha Density: 1442 stem / ha Economical value: 4.250 € /ha

French marteloscopes

Main essence : Oak Types of area : lowland Forestry stakes and goals : Conversion to irregular hight forest stand and wood production Surface: 1 ha Density: 306 stem / ha Economical value : 8.100 € /ha

Spanish marteloscopes

Main essence: Pseudotsuga Types of area : lowland Forestry stakes and goals : Regular hight forest stand Wood production Surface: 0,9 ha Economical value: 4.450 € /ha Density: 620 stem / ha

Spanish marteloscopes (Xinzo)

Main essence : Pinus sylvestris Types of area : lowland Forestry stakes and goals : Wood production Surface: 1 ha Economical value: 2.880 € /ha Density: 360 stem / ha

Italian marteloscope

Main essence: Hêtre Types of area : montainous Forestry stakes and goals : Conversion to hight forest stand Wood production Surface: 1 ha Economical value: 1.580 € /ha Density: 1394 stem / ha

Belgian marteloscopes

Main essence: Beech and Oak Types of area: lowland Forestry stakes and goals : Hight quality wood production Surface: 1 ha Economical value: 8.950 € /ha Density: 249 stem / ha

Belgian marteloscopes

Main essence: Oak and Hornbeam Types of area : lowland Forestry stakes and goals : Hight quality wood production Surface: 1 ha Economical value: 7.000 € /ha Density : 189 stem / ha

Belgian marteloscopes

Main essence : Spruce - Douglas Types of area : lowland Forestry stakes and goals : Very big timber production Surface: 1,3 ha Economical value: 20.600 € /ha Density: 160 stem / ha

Finnish marteloscope

Types of area : lowland Forestry stakes and goals : Irregular hight forest stand Wood production Surface: 0,25 ha Density : 1000 stem / ha Main essence : Spruce and pine

Countries Basal area

(m2/ha) Value (€) Average wood volume (m3/ha) Height (m) Average diameter (cm) Age of the forest (ans) France Pine

16,38 4.250 € 185,8 13 11,72 12

France Oak

17,06 8.100 € 208,1 23 22,25 Irrég.

Spain Pseudotsuga

27,58 4.450 € 207,2 18,6 23,2 26

Spain Pine

19,9 2.880 € 146,1 20,2

Italy Beech

23,13 1.580 € 169,3 22 14,2 70

Belgium Oak

17,75 7.000 € 175,88 30,06

Belgium Spruce

34,46 20.600 € 460,79 46,34

Finland Spruce

24 305,8 23,9 17,4 65

Main data from each marteloscope

Use for professional training and HAMMER development (growth standing)

Fieldguide – marteloscope presentation et standard exercise Training course – training guide bound for learners Guideline – instructions for use of Hammer software

Who can access to HAMMER?

Teachers can : manage learners profile and marteloscope data Learners can: practice hammering and see their result

And to what ?

Professionals can : appreciate the effect of different hammering way considering their own objectives

Who can utilize the application? Sign up

Partners schools

How?

http://app.hammer-project.eu http://www.hammer-project.eu

Everybody

Signing up In “Organization” chose the

• rganization adequate

Send an email to the reference person indicated in the website in the «Partenaires» header

HAMMER communication :

• Hammer flyer and poster HAMMER + article in

the local press

• International congress of agroecology de VIGO /

Spain, (16/17 june 2016)

• International meeting of forestry training center

(27-29 june 2016)

• International meeting GALIFOREST à Sergude /

Spain (30 june 2016)

HAMMER communication :

• Training day for professional (administrator,
• wner, lumberman) in France

(12 september 2016)

• Showing day at National Forestry Agency of

Luxembourg (early september 2016)

• Forestry meeting BOSTER

(16/18 september 2016) at Susa (Torino/Italia)

Contribution and future development

• Consideration of each countries own feature
• Compare your own hammering with a standing hammering
• Use of mobile tools for data entry (smartphone, tablette...)

in order to visualize result directly on the field

• Follow up and update existing marteloscopes as well as

create new marteloscopes to counstanty support HAMMER

• Add growth standing (maritime pine) in order to simulate

and analyse hammering effect over the stand

Thank you for listening