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Conservation by use of the oligotrophic grasslands in the Apuseni Mountains (Romania)
Alpine Grasslands Management Workshop
Laufen, Germany
9-11 December 2015
Authors: Florin Păcurar, Ágnes Balázsi, Evelyn Rușdea, Albert Reif
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Content
Introduction: Oligotrophic grassland –
sites and management
Management of oligotrophic grasslands in
Apuseni Mountains
Perspectives
Oligotrophic grasslands/Arnica montana habitat
Gymnadenia conopsea
FF Habitat type:
6230* Species-rich Nardus grasslands
6520 Mountain hay meadows
Dacthyloriza majalis
Grassland types: Festuca rubra, Nardus
stricta, Festuca rubra-Agrostis capillaris,
Nardus stricta-Deschampsia flexuosa
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Content
Introduction: Oligotrophic grassland – sites
and management
Management of oligotrophic
grasslands in Apuseni Mountains
Perspectives
Community Gârda de Sus, Apuseni Mountains
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Gârda de Sus
• annual average temperature 4,5 °C
• 1.000-1.300 mm/year precipitation
• Vegetation period - april/may to october
• Karstic region: 80 % dolomite and limestone
• Lithosol, brown earth, rendzina, terra rossa
• Polygono-Trisetion, Festuco-Brometea, Nardo-Callunetea
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The inhabitants, so-called “Motsi” follow until today a very traditional life style (Goia and Borlan 2005). The livelihood strategy consists (ed) of a highly diverse activities portfolio (Auch 2006).
Livelihood
source: Auch, Eckhart (2006):Überlebensstrategien waldnutzender Familienwirtschaften im Apuseni-Gebirge, Rumänien : Sustainable Livelihoods Analyse und Handlungsempfehlungen.
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Farming area: 1993 ha
Pastures and meadows: 1847 ha
Arable: 137 ha (38% 0.1-0.3 ha)
558 farms (75% mixed)
Avg. utilized area/farm 3,57 ha
2-5 ha - 43%
5-10 ha - 23%
363 farms with dairy cows
126 farms ->1-2 cows
237 farms -> 3-9 cows
1204 bovines
General Agricultural Census – 2010 Gârda de Sus
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10 18.8.2008
(1) Wood pasture
Project Apuseni, 2005
(2) Mountain summer pasture
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12 23.5.2005
13 14.10.2005
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(3) Hay meadows – traditional management
Management of oligotrophic meadows
Spring Summer Autumn
Mar. Apr. May Jun. Jul. Aug. Sep. Okt. Nov.
1. Fertilising (manure)
2. Removing stones/rocks
3. Removing woods shoots
4. Crushing applied manure
5. Gathering uncrushed remainings and beech leaves
6. Controlling weeds
7. Repairing soil damage caused by wild boars
8. Spring grazing
9. Mowing of meadows
10.Drying grass, hay-stacks
11.Autumn grazing
12.Hay transport to stable 15
Spring Fertilization
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March: 5 – 6 t/ha manure
Spreading
Removing remnants after
1 month by raking
Removing litter
Creating bare ground microsites
18 8.10.2006, Fericet - Stinisoara
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Spring - Vegetation
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April May
Mowing time oligotrophic grasslands – end of July/ beginning of August
First drying on the ground – release of seeds
Second drying and storage – hay stacks
Summer: Mowing,hay making
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by hand by machine
Summer
21 June-July August
22 7.10.2006
Autumn - Aftergrazing
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September to October
24 6.10.2008, Negesti No 590, Scarisoara
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Content
Introduction: Oligotrophic grassland – sites
and management
Management of oligotrophic grasslands in
Apuseni Mountains
Perspectives
Changes in land use:
Decreasing grazing of mountain
summer pasture
Intensification of grazing near the
village
Abandonment of remote grassland
Challenges – socio-economic context
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The new National Rural Development Plan (CAP, Pillar 2) 2014-2020
Available payment packages for the farmers in Ghetari: Compensatory payments for mountain areas: 86 € /ha/year Agri-environment-climate payments Pack 1. HNVF: 93 €/ha/year Pack2. Traditional agricultural practices:
var 2.1 manual works on permanent pastures used as hayfields 100 €/ha/year
var 2.2 works by light equipment on permanent pastures used as hayfields 21 €/ha/year
Maximum payment 279 € / ha
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Conclusions
OG endangered by abandonment
Rural people need to be convinced to maintain OG -
conservation by sustainable use
Diversification of use potential – medicinal plants, e.g. Arnica
Successful processing, marketing
Careful networking with collectors and buyers
Occurrence of medicinal plants need specific management
Recommended management – based on traditional knowledge
People have to be educated to see importance of OG
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The Arnica System Results and experiences
• Proiect Apuseni – a chance for the Motzenland (2000-2004)
• Conservation of Eastern European medicinal plants: Arnica montana in Romania (2004-2007)
• 9 years of collaboration with Weleda; Activities after project completion(2006-2015)
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http://romania.panda.org
www.proiect-apuseni.org
http://dev.arnicamontana.ro
Facilities in Ghetari, RO
Example 2015
20 t fresh weight flower heads = 3,5
t dry weight
ca 450 collectors
Payment to collectors, most of them
being land owners: ca 60.000 €
Best practices in natural resource use
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Training of local people
Sustainable
conservation of oligotrophic
grasslands
income to farmers, villages, regions
public awareness
Long-term experiments and monitoring of Arnica populations
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Objective: Impact of collecting on Arnica population and biodiversity
Monitoring of Arnica montana habitats 2001-2015
Effects of mowing or mulching, combined with organic or mineral fertilizers
Impact of different collecting regime (different amounts of inflorescences)
Thank you for your attention!
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Total UAA (2010): 13 306 130 ha Arable land: 62,4% total UAA Permanent grasslands and meadows 33,9 total UAA Source: National Rural Development Plan 2011-2020 Low input farms: 6,06 mil ha Medium input farms 1,91 mil ha High input farms: 0,51 mil ha Eurostat, 2007
Farm size: <2 ha 2 866 440 2-4,9 ha 727 390 >100ha 13 730 Average physical size of agricultural exploatation 3,4 ha/UAA/holding (2010) Average economic size 2 700,23 Eur of SO/holding
Statistical data for Romania
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Long-term oligotrophic grassland management – high biodiversity
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>600 vascular plants, incl. >350 herbs
Arnika (Arnica montana)
Schafgarbe (Achillea millefolium)
Frauenmantel (Alchemilla vulgaris)
Herbstzeitlose (Colchicum autumnale)
Wiesen-Augentrost (Euphrasia rostkoviana)
Purgier-Lein (Linum catharticum)
Große Bibernelle (Pimpinella major)
Blutwurz (Potentilla erecta)
(Garda 2010)