13052025
Organization
FAB'LIM
13052025
Type of ecosystem
Meadow
Working group
WG 4: Socio-territorial
Location
SA
Purpose of the experimentation
When My Mother Died - Our Marriage Fell Apart
The Unconsummated Marriage: Breaking the Silence on Vaginismus
We've Been Growing Apart for Years
I Want a Baby; He Doesn't
One in Two? The Truth About the Divorce Rate
Modern Takes on Traditional Anniversary Gifts
4 Relationship Resolutions for 2025
After the Sexin’s Gone
Confronting Indifference in a Relationship Affected by Illness
Happy Endings for Everyone
Why Don’t We Get Drunk and Screw
Witchy Woman
You’ll Never Get to Second Base with That Kiss
Challenging Ageism in the Dating World
Why Do You Need Us to Hate Each Other?
The Unconsummated Marriage: Breaking the Silence on Vaginismus
We've Been Growing Apart for Years
I Want a Baby; He Doesn't
One in Two? The Truth About the Divorce Rate
Modern Takes on Traditional Anniversary Gifts
4 Relationship Resolutions for 2025
After the Sexin’s Gone
Confronting Indifference in a Relationship Affected by Illness
Happy Endings for Everyone
Why Don’t We Get Drunk and Screw
Witchy Woman
You’ll Never Get to Second Base with That Kiss
Challenging Ageism in the Dating World
Why Do You Need Us to Hate Each Other?
Protocol
Sorry, that went into more "woo-woo" shit than I meant to lol It's an important topic to me.
"I also don’t even care if someone says ‘that girl HATED you’ or whatever. Because in my mind I’m just like ‘yeah, who have you talked to cold…ever? You warm approaching pussy piece of shit.’ :D "
lol keep that mindset. :) Hell, it's funny when a girl hates you. Sometimes I'll try to get slapped just for fun. Nothing that happens in a bar should be taken seriously…that's why I don't get into fights, there's just nothing in a bar that's that epic and life-changing that I can get riled up about it. It's just a playground. Sometimes people take things too seriously, but I have the social skills to chill them out about it and my frame of "nahhh, this really isn't that big a deal" is strong enough that pretty much everyone caves to it. And if they don't, cool, I leave. No biggie, I can go to a bar up the street or I'll be out tomorrow night chatting up some more chicks and having more adventures so who cares?
"I also don’t even care if someone says ‘that girl HATED you’ or whatever. Because in my mind I’m just like ‘yeah, who have you talked to cold…ever? You warm approaching pussy piece of shit.’ :D "
lol keep that mindset. :) Hell, it's funny when a girl hates you. Sometimes I'll try to get slapped just for fun. Nothing that happens in a bar should be taken seriously…that's why I don't get into fights, there's just nothing in a bar that's that epic and life-changing that I can get riled up about it. It's just a playground. Sometimes people take things too seriously, but I have the social skills to chill them out about it and my frame of "nahhh, this really isn't that big a deal" is strong enough that pretty much everyone caves to it. And if they don't, cool, I leave. No biggie, I can go to a bar up the street or I'll be out tomorrow night chatting up some more chicks and having more adventures so who cares?
Technical report available
Oui
Il y a 0 fiche.
Casa de Stº Amaro
Organization
Instituto Politécnico de Bragança
Casa de Stº Amaro
Type of ecosystem
Arboriculture
Working group
WG 2: Scientific
Location
Sucaes, Mirandela
Purpose of the experimentation
The trial, in addition to the enrichment in autochthonous species through sowing (sown vs. not sowed), involved the following treatments:
- mobilized soil vs. undisturbed soil
- spring mowing vs. late mowing (after seed maturation)
- mobilized soil vs. undisturbed soil
- spring mowing vs. late mowing (after seed maturation)
List of species sown
Astragalus pelecinus,Medicago orbicularis,Trifolium subterraneum,T. lappaceum,T. hirtum,T. glomeratum,T. cherleri,Silene colorata,Scorpiurus vermiculatus,Hordeum geniculatum,Bromus scoparius,Salvia verbenaca,Centaurea cyanus,Brachypodium distachyon,Anagallis arvensis,Nigella damascena,Papaver hibridum,Daucus carota
Free description (facultative)
A new olive grove with 'Cobrançosa' and 'Negrinha' cultivars in organic farming.
Silvain
Silvain a la force
Contributor
Organization
FAB'LIM
Name
Juliette PERES
Experimental site
Casa de Stº Amaro
Silvain a la force
Silvain comprend
Contributor
Organization
FAB'LIM
Name
Juliette PERES
Experimental site
Casa de Stº Amaro
Silvain comprend
Description / Observations
Silvain test
Contributor
Organization
FAB'LIM
Name
Juliette PERES
Experimental site
Casa de Stº Amaro
Silvain test
Casa Rabosa
Organization
Fundación Global Nature
Casa Rabosa
Type of ecosystem
Other
Working group
WG 4: Socio-territorial
Location
Moixent, Valencia
Purpose of the experimentation
The aim of this experiment was to determine if the waste from sorting cereals cold be a potential source for native seeds. Fundación Global Nature sow every year some plots in cooperation with Celler del Roure for recovering traditional varieties of cereals (wheat and rye) and testing their potential for bread production. The crops are managed organically and during the 2020-2021 campaign the hypothesis of using the seeds obtained in the grain cleaning process was tested due to the very low cost of obtaining such material (actually, it is free) and the aparent diversity of seeds obtained.
List of species sown
Seeds obtained during 2020-2021 campaign were sent to experts for their identification. The results show that despite the great variability expected in the seed composition obtained and the very significant amount of non-native material (cereal grains represnet up to 60%), there are a few species which could be potentially interesting from the comercial perspective. However, the conslusion so far is that this leftovers obtained for cleaning ay have a potential use at farm level (grass strips for avoiding erosion), even if they contain only a low quantity of native seeds.
Protocol
Protocols are detailed in he report attached informe_limpia_cereal.docx (1.0MB)
Free description (facultative)
By the end of 2022, the results of the seeds obtained in 2021-2022 harvest will be available. We want to compare the diversity of seeds with the one obtained in the previous campaign, and we will also sow the material obtained (mostly cereals and leguminous species, with a 6% of native seeds; probably to be improved with material obtained in 2021-2022 campaign) in a site of the farm which is facing erosion problems.
Preparation of seeds lots for sowing
Contributor
Organization
Fundación Global Nature
Name
Jordi Domingo
Experimental site
Casa Rabosa
Preparation of seeds lots for sowing
Date (or period) of the observation
autumn 2022
Description / Observations
Seed batches are being prepared for being sown in the coming weeks, if the weather allows. They come from different cereal campaigns (2021 and 2022) and will be tested in two different sites: Celler del Roure for preventing soil erosion according to erosion risk maps produced, and in an educational orchard in Castellón
Celler del Roure
Organization
Fundación Global Nature
Celler del Roure
Type of ecosystem
Vineyard
Working group
WG 2: Scientific
Location
Moixent, Valencia
Purpose of the experimentation
This pilot has 2 intervention sites, the first one is a vineyard on "albariza" soils and the objective was to create a cover that could be alive as long as possible. Apart from the agronomic benefits of having the soils covered, "Albariza" soils become impassable just with a few mm of rain, so another expected result was the covers to ease operations during vintage. 4 different treatments were tested (no cover, straw mulch cover and 2 mixes with native seeds). The second intervention site was for restoring disturbed soils in front of the winery, in this case with the aim of avoiding soild erosion, but also combining it with a reasonable aesthetic value.The list of species sused are detailed in the report attached.
List of species sown
The list of species sused are detailed in the report attached.
Protocol
The protocols and experimental details are included in the report attached.
Free description (facultative)
The protocols and experimental details are included in the report attached.The sowing operation was performed in winter 2022 and the monitoring protocols for assessing soil biological activity improvement, pollinators' activity and vegetation cover were prepared. Unfortunatelly, the conditions for the experiment were extremely bad: after the sowing operation there was no rain during almost 3 months (driest winter ever recorded) and then it was followed by the rainiest March ever recorded (>400mm). Seed germination was very poor in both cases, predation of seeds probably occured and in the vineyard pilot we found some signs of the seeds to be washed to the lower parts of the plots. For this reason the pilot was CANCELLED.
Technical report available
Oui
Follow-up Celler del Roure pilots
Contributor
Organization
Fundación Global Nature
Name
Jordi Domingo
Experimental site
Celler del Roure
Follow-up Celler del Roure pilots
Description / Observations
The pilot was cancelled, as detailed in the document attached, due to adverse meteorological conditions
How to be a good kisser
The Psychology Of Sexual Attraction
The Perfect Places For The First Date
30+ Must Know Tips on Dating Women
Why Girls Reject You
How to Make Pick Up Lines Work
How to Pick Up Girls During The Day
3 Biggest Mistakes Man Make Speaking With Women
How to be a good kisser
The Psychology Of Sexual Attraction
The Perfect Places For The First Date
30+ Must Know Tips on Dating Women
Why Girls Reject You
How to Make Pick Up Lines Work
How to Pick Up Girls During The Day
3 Biggest Mistakes Man Make Speaking With Women
Domaine de Restinclières
Organization
CEN Occitanie
Domaine de Restinclières
Type of ecosystem
Agricultural wasteland
Working group
WG 2: Scientific
Location
Prades-le-Lez
Site manager
Département de l’Hérault
Purpose of the experimentation
The purpose was to test the behavior of several seed mixes in a plain field.
The goals of restauration were to restore a mediterranean grassland of community interest :
The goals of restauration were to restore a mediterranean grassland of community interest :
- Increase vegetation cover ;
- Increase biodiversity especially density of auxiliary organisms ;
- Increase frequency and duration of attractive flowers ;
- Reduce erosion ;
- Improve soil structure.
List of species sown
Aegilops ventricosa
Aegilops cylindrica
Anchusa azurea
Anisantha rigida
Asphodelus fistulosus
Astragalus hamosus
Avenula bromoides
Bituminaria bituminosa
Blackstonia perfoliata
Brachypodium distachyon
Brachypodium phoenicoides
Bromopsis erecta
Bromus lanceolatus
Centaurea paniculata
Centaurium tenuiflorum
Cota altissima
Crepis vesicaria subsp. taraxacifolia
Cynoglossum creticum
Dactylis glomerata hispanica
Echium vulgare
Geropogon glaber
Glaucium flavum
Hirschfeldia incana
Knautia integrifolia
Lathyrus hirsutus
Linum usitatissimum ssp. angustifolium
Lolium rigidum
Loncomelos narbonensis
Lotus glaber
Lotus herbaceus
Lotus maritimus
Malva nicaeensis
Malva sylvestris
Mantisalca salmantica
Medicago arabica
Medicago ciliaris
Medicago doliata
Medicago lupulina
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago scutellata
Medicago truncatula
Melilotus albus
Melilotus officinalis
Nigella damascena
Papaver rhoeas
Phalaris brachystachys
Phalaris paradoxa
Phlomis herba-venti
Phlomis lychnitis
Raphanus raphanistrum
Rapistrum rugosum
Salvia verbenaca
Scabiosa atropurpurea var. maritima
Scandix pecten-veneris subsp. hispanica
Scorpiurus subvillosus
Scorzonera laciniata
Silene italica
Sinapis alba
Taraxacum sp
Tragopogon porrifolius
Trifolium angustifolium
Trifolium campestre
Trifolium incarnatum molinerii
Trigonella elegans
Trigonella esculenta
Trigonella sicula
Trigonella smallii
Urospermum dalechampii
Urospermum picroides
Verbascum blattaria
Verbascum boerhavii
Vicia sativa nigra
Vicia serratifolia
Vulpia ciliata
Xeranthemum cylindraceum
Aegilops cylindrica
Anchusa azurea
Anisantha rigida
Asphodelus fistulosus
Astragalus hamosus
Avenula bromoides
Bituminaria bituminosa
Blackstonia perfoliata
Brachypodium distachyon
Brachypodium phoenicoides
Bromopsis erecta
Bromus lanceolatus
Centaurea paniculata
Centaurium tenuiflorum
Cota altissima
Crepis vesicaria subsp. taraxacifolia
Cynoglossum creticum
Dactylis glomerata hispanica
Echium vulgare
Geropogon glaber
Glaucium flavum
Hirschfeldia incana
Knautia integrifolia
Lathyrus hirsutus
Linum usitatissimum ssp. angustifolium
Lolium rigidum
Loncomelos narbonensis
Lotus glaber
Lotus herbaceus
Lotus maritimus
Malva nicaeensis
Malva sylvestris
Mantisalca salmantica
Medicago arabica
Medicago ciliaris
Medicago doliata
Medicago lupulina
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago scutellata
Medicago truncatula
Melilotus albus
Melilotus officinalis
Nigella damascena
Papaver rhoeas
Phalaris brachystachys
Phalaris paradoxa
Phlomis herba-venti
Phlomis lychnitis
Raphanus raphanistrum
Rapistrum rugosum
Salvia verbenaca
Scabiosa atropurpurea var. maritima
Scandix pecten-veneris subsp. hispanica
Scorpiurus subvillosus
Scorzonera laciniata
Silene italica
Sinapis alba
Taraxacum sp
Tragopogon porrifolius
Trifolium angustifolium
Trifolium campestre
Trifolium incarnatum molinerii
Trigonella elegans
Trigonella esculenta
Trigonella sicula
Trigonella smallii
Urospermum dalechampii
Urospermum picroides
Verbascum blattaria
Verbascum boerhavii
Vicia sativa nigra
Vicia serratifolia
Vulpia ciliata
Xeranthemum cylindraceum
Protocol
The experimental site consists of 16 25m2 plots where 15 seed mixtures were tested (1 control plot)
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The semix was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
A closure has been installed on the site to avoid predation
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The semix was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
A closure has been installed on the site to avoid predation
Free description (facultative)
Monitoring
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
- Presence of related fauna (pollinators, spiders, orthoptera...)
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
- Presence of related fauna (pollinators, spiders, orthoptera...)
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Analyses de terres
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Domaine de Restinclières
Analyses de terres
Date (or period) of the observation
2021-2023
Description / Observations
analyse_terres_restinclieres.pdf (4.2MB)
Autorisation d'occupation temporaire
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Domaine de Restinclières
Autorisation d'occupation temporaire
Date (or period) of the observation
2021
Description / Observations
convention_occupation_restinclieres.pdf (1.8MB)
Identification des espèces de syrphidés et d’apoïdes présentes sur deux parcelles expérimentales du Jardin de Cocagne et du Domaine de Restinclières (34)
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Domaine de Restinclières
Identification des espèces de syrphidés et d’apoïdes présentes sur deux parcelles expérimentales du Jardin de Cocagne et du Domaine de Restinclières (34)
Date (or period) of the observation
2022
Description / Observations
Opie_2022_fleurs_locales_v_finale.pdf (4.4MB)
Key figures after one year
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Domaine de Restinclières
Key figures after one year
Date (or period) of the observation
2022
Description / Observations
List of species that were successfully installed
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Domaine de Restinclières
List of species that were successfully installed
Date (or period) of the observation
2022
Description / Observations
Rapport technique
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Domaine de Restinclières
Rapport technique
Date (or period) of the observation
2020-2023
Description / Observations
3_rapporttechnique_restinclieres_final.pdf (2.2MB)
Suivi des essais année 1
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Domaine de Restinclières
Suivi des essais année 1
Date (or period) of the observation
2021-2022
Description / Observations
suivi_restinclieres_annee_1.pdf (4.9MB)
Domaine de Viviers
Organization
CEN Occitanie
Domaine de Viviers
Type of ecosystem
Meadow
Working group
WG 4: Socio-territorial
Location
Domaine de Viviers
Site manager
Montpellier Méditerranée Métropole
Purpose of the experimentation
The aim of the large scale renaturation pilot site is to initate dynamics between seeds producers and space managers.
It is also an experiment intended to test two methods of harvesting seeds: the transfer of hay and the collection in mixtures using a brush.
It is also an experiment intended to test two methods of harvesting seeds: the transfer of hay and the collection in mixtures using a brush.
List of species sown
Protocol
The site is 1ha. Each method will be experimented on one half of the site.
The site was mowned and the hay previously on the plot has been exported. The soil was prepared by the passage of a disc scavenger 15 days before the first spreading.
Hay transfer : Harvest of "green" hay in a good meadow and speading of the hay the next day on the site (June 2022)
Brushing : Brushing of good meadows to harvest mixes of seeds (June 2022) that are then sown with a fertilizer spreader attached to a tractor (September 2022)
The site was mowned and the hay previously on the plot has been exported. The soil was prepared by the passage of a disc scavenger 15 days before the first spreading.
Hay transfer : Harvest of "green" hay in a good meadow and speading of the hay the next day on the site (June 2022)
Brushing : Brushing of good meadows to harvest mixes of seeds (June 2022) that are then sown with a fertilizer spreader attached to a tractor (September 2022)
Il y a 0 fiche.
EEA de Carcaixent
Organization
Fundación Global Nature
EEA de Carcaixent
Type of ecosystem
Arboriculture
Working group
WG 2: Scientific
Location
Carcaixent
Site manager
Servei de Producció Ecològica i Transferencia
Purpose of the experimentation
Testing native seeds performance in biodiversity and soil quality improvement in comparison with spontaneous covers and Medicago sp. rich covers.
Native seeds performance for the establishment of surrounding flower strips were also tested.
Native seeds performance for the establishment of surrounding flower strips were also tested.
List of species sown
LANES:
Ammi majus L.
Borago officinalis L.
Brachypodium distachyon (L.) Beauv.
Calendula arvensis (Vaill.) L.
Cleonia lusitanica (Loefl. ex L.) L.
Echium plantagineum L.
Medicago orbicularis (L.) Bartal.
Medicago polymorpha L.
Nigella damascena L.
Papaver dubium L.
Plantago lanceolata L.
Salvia verbenaca L.
Silene colorata Poir.
Tordylium officinale L.
Trifolium hirtum All.
Trifolium lappaceum L.
Daucus carota
Lobularia maritima
Rumex acetosa
Calendula officinalis
Onobrychis vicifolia
Festuca arundinacea
Vicia spp.
Diplotaxis erucoides
Achillea ageratum
Coriandrum sativum
FLOWER STRIPS
Calendula officinalis
Camelina sativa
Carthamus tinctorius
Coriandrum sativum
Foeniculum vulgare
Helianthus annus
Medicago sativa
Psoralea bituminosa
Sinapis alba
Vicia narbonensis
Ammi majus
Calendula arvensis
Cichorium inthybus
Plantago lanceolata
Daucus carota
Knautia arvensis
Glebionis segetum
Biscutella auriculata
Iberis crenata
Foeniculum vulgare
Lathyrus clymenum
Nigella damascena
Papaver roheas
Sinapis alba
Vaccaria pyramidata
Lathyrus tingitanus
Ammi majus L.
Borago officinalis L.
Brachypodium distachyon (L.) Beauv.
Calendula arvensis (Vaill.) L.
Cleonia lusitanica (Loefl. ex L.) L.
Echium plantagineum L.
Medicago orbicularis (L.) Bartal.
Medicago polymorpha L.
Nigella damascena L.
Papaver dubium L.
Plantago lanceolata L.
Salvia verbenaca L.
Silene colorata Poir.
Tordylium officinale L.
Trifolium hirtum All.
Trifolium lappaceum L.
Daucus carota
Lobularia maritima
Rumex acetosa
Calendula officinalis
Onobrychis vicifolia
Festuca arundinacea
Vicia spp.
Diplotaxis erucoides
Achillea ageratum
Coriandrum sativum
FLOWER STRIPS
Calendula officinalis
Camelina sativa
Carthamus tinctorius
Coriandrum sativum
Foeniculum vulgare
Helianthus annus
Medicago sativa
Psoralea bituminosa
Sinapis alba
Vicia narbonensis
Ammi majus
Calendula arvensis
Cichorium inthybus
Plantago lanceolata
Daucus carota
Knautia arvensis
Glebionis segetum
Biscutella auriculata
Iberis crenata
Foeniculum vulgare
Lathyrus clymenum
Nigella damascena
Papaver roheas
Sinapis alba
Vaccaria pyramidata
Lathyrus tingitanus
Protocol
Monitoring vegetation following common GT2 protocols
Monitorign of pollinators, soil fauna and earthworms as per OBA methodology.
Monitorign of pollinators, soil fauna and earthworms as per OBA methodology.
Il y a 0 fiche.
El Baldio
Organization
Fundación Global Nature
El Baldio
Type of ecosystem
Grass strips
Working group
WG 2: Scientific
Location
Talaván (Cáceres)
Site manager
Foundation Global Nature bought the land more than 25 years ago and has been under its exploitation since then. It is managed and coordinated by the staff of the foundation´s agri-environmental branch, who manage the farm, not only for the normal farming activities but also all the research activities.
Purpose of the experimentation
Due to the continuous grazing and presence of livestock over the past years, and due as well to short and not enough resting time of the soil, the area has a high percentage of poor and empty soil, with a lack of proper and continued cover. The vision of this project is to restore the dehesa status within the exploitation.
The target is to recover the previous situation of the land, prior to the continuous grazing and the traditional management over-labored.
The goals are the increase of the quality and the quantity of pasture, then the area needed per food ration will be reduced; at the same time the soil is much more covered and the hydric erosion is reduced.
The target is to recover the previous situation of the land, prior to the continuous grazing and the traditional management over-labored.
The goals are the increase of the quality and the quantity of pasture, then the area needed per food ration will be reduced; at the same time the soil is much more covered and the hydric erosion is reduced.
List of species sown
Ornithopus sativus
Lotus corniculatus
Medicago polymorfa
Medicago lupulina
Trifolium repens
Trifolium alesandrinum
Trifolium hirtum
Trifolium subterraneum
Lolium rigidum
Lolium perenne
Dactilo glomerata
Festuca ovina
Poa pratensis
Bromus sp
Lotus corniculatus
Medicago polymorfa
Medicago lupulina
Trifolium repens
Trifolium alesandrinum
Trifolium hirtum
Trifolium subterraneum
Lolium rigidum
Lolium perenne
Dactilo glomerata
Festuca ovina
Poa pratensis
Bromus sp
Protocol
The area that has been used for the native seeds pilot plot takes approximately 4ha, however with the presence of trees the total sowing area is about 2,2ha.
The preparation of the land for sowing consisted of several steps:
- Ploughing to remove the remains of other species and leave the soil ready for sowing. Harrowing after the rains to open the land.
- The soil has been fertilized with manure. Have been spread 6 trailers of manure +1 trailer approximately in shovels, due to the difficulties of the terrain
Each trailer is 6tn of manure -> 7x6= 42Tn, 42Tn/2,2ha = 19Tn/ha approx.
- Additionally, 2 bags of organic phosphorus at 27% have been added to improve the soil, being evenly spread.
1 bag = 600kg, so 2 x 600 = 1200kg, between the 4ha, it is about 300kg/ha.
The recommended amount is about 250kg/ha.
The preparation of the land for sowing consisted of several steps:
- Ploughing to remove the remains of other species and leave the soil ready for sowing. Harrowing after the rains to open the land.
- The soil has been fertilized with manure. Have been spread 6 trailers of manure +1 trailer approximately in shovels, due to the difficulties of the terrain
Each trailer is 6tn of manure -> 7x6= 42Tn, 42Tn/2,2ha = 19Tn/ha approx.
- Additionally, 2 bags of organic phosphorus at 27% have been added to improve the soil, being evenly spread.
1 bag = 600kg, so 2 x 600 = 1200kg, between the 4ha, it is about 300kg/ha.
The recommended amount is about 250kg/ha.
Biodiversity survey
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Biodiversity survey
Date (or period) of the observation
May - September
Description / Observations
- Biodiversity surveys conducted of flora, pollinators and edafic fauna conducted along the mnths, however from July everything was too dry, there were not more flowers or pollinators observed. Solitary beed nest were installed at the beginning of the season and collected in September with a good numbers of tubes collonized. The edafic fauna surveys have found much more abundance and biodiversity in September than in any other month, probably thanks to a higher humidity and lower temperature.
Phytosociological survey
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Phytosociological survey
Date (or period) of the observation
February - June
Description / Observations
Conducted the first phytosociological survey in April, as before the plants were too small to be able to idenify them. There was only possible to conduct another one in June, as due to the lack of rayn they plans got dry and in July cattle was introduce in the pilot site. All the species were present at some point during those months.
Technical monitoring
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Technical monitoring
Date (or period) of the observation
January - September
Description / Observations
After the first check on the pilot site after sowing were everything as expected without any significant disturbance. Then, every month there has been conducted a technical check to identify mayor issues. The one that should be mentioned is the lack of rayn along the season, the growing season was too short, from March till May all the species were appearing and growing slowly, but by June - July the pasture was already dry. Cattle was introduce in July to take advantage of the pasture before it was too late and wasted.Also there were regular checks on the small plots were seeds were sown by species in high density, to check the germinability on the site, but the situation was the same, they grow during a short period of time and got dry soon.
Technical monitoring
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Technical monitoring
Date (or period) of the observation
23/02/22
Description / Observations
Checking the small control plots, where seeds have been sown in high density, can be seen the first native seeds growing and also in the pilot site.
Technical monitoring
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Technical monitoring
Date (or period) of the observation
16/03/2022
Description / Observations
Technical monitoring. All good, not any significant disturbances observed. First native seeds sown appearing gradually
Technical monitoring and biodiversity survey
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Technical monitoring and biodiversity survey
Date (or period) of the observation
13/07/2022
Description / Observations
Most of the species have stop their growth, the cattle has been move to the site so the pasture can be eaten. biodiversity surveys conducted but there are no flowers any more, neither pollinators
Technical monitoring and biodiversity survey
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Technical monitoring and biodiversity survey
Date (or period) of the observation
27/07/2022
Description / Observations
Everything is dry and/or eaten. Pitfall traps are installed and collected a week later.
Technical monitoring and biodiversity survey
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Technical monitoring and biodiversity survey
Date (or period) of the observation
31/08/2022
Description / Observations
Biodiversity survey conducted for floral visits of pillinators but nothing was observed. Everything too dry after the summer
Technical monitoring and biodiversity survey
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Technical monitoring and biodiversity survey
Date (or period) of the observation
13/09/2022
Description / Observations
Last biodiversity survey conducted of nests of solitary bees, edafic fauna, flora and pollinators. Everthing is dry so the results from flora and pollinators surveys were zero.
Technical monitoring, phytosociological survey and biodiversity survey
Contributor
Organization
Fundación Global Nature
Name
Ana Martínez Crucis
Experimental site
El Baldio
Technical monitoring, phytosociological survey and biodiversity survey
Date (or period) of the observation
16/06/2022
Description / Observations
Most of the species sown are present on the pilot site, but the are already getting dry
Fabrègues (Jardin de Cocagne - Domaine de Mirabeau)
Organization
FAB'LIM
Fabrègues (Jardin de Cocagne - Domaine de Mirabeau)
Type of ecosystem
Monospecific culture
Working group
WG 3: Socio-economic
Location
Domaine de Mirabeau Fabrègues
Site manager
David Lashley
Purpose of the experimentation
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
David and his colleague Fanny have various production and are coordinators of a social integration support association. A lot of people are working in the vegetable productions and some of them are really interested in wild flowers and insects. Moreover, David is looking for a mixes of herbaceous wild species to install the walking space. He wants to produce his own seeds.
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
David and his colleague Fanny have various production and are coordinators of a social integration support association. A lot of people are working in the vegetable productions and some of them are really interested in wild flowers and insects. Moreover, David is looking for a mixes of herbaceous wild species to install the walking space. He wants to produce his own seeds.
List of species sown
Dactylis glomerata var. hispanica,
Lolium rigidum,
Melilotus elegans,
Nigella damascena,
Scabiosa atroputpurea,
Tragopogon porrifolius,
Urospermum dalechampii,
Glaucium flavum
Dactylis glomerata var. hispanica,
Lolium rigidum,
Melilotus elegans,
Nigella damascena,
Scabiosa atroputpurea,
Tragopogon porrifolius,
Urospermum dalechampii,
Glaucium flavum
Protocol
Surface planted
400 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Surface planted
400 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Technical report available
Oui
Il y a 0 fiche.
Hacienda Bolonia
Organization
Semillas Silvestres S.L.
Hacienda Bolonia
Type of ecosystem
Vineyard
Working group
WG 2: Scientific
Location
Montilla (Córdoba) Spain
Site manager
Cándido Gálvez
Purpose of the experimentation
Instalación de varias mezclas de semillas nativas en un viñedo en secano bajo manejo ecológicy condiciones climáticad mediterraneas. Evaluar la competencia con el banco de semillas del suelo y las interacciones con el manejo agronómico del cultivo.
List of species sown
COMPOSICIÓN
T1: Mezcla de gramíneas y leguminosas nativas
T2: Mezcla de gramíneas, leguminosas y otras dicotiledóneas nativas
T3: Brachypodium distachyon
T4: No siembra
ESPECIES SEMBRADAS
Ammi majus L.
Borago officinalis L.
Brachypodium distachyon (L.) Beauv.
Calendula arvensis (Vaill.) L.
Cleonia lusitanica (Loefl. ex L.) L.
Echium plantagineum L.
Medicago orbicularis (L.) Bartal.
Medicago polymorpha L.
Nigella damascena L.
Papaver dubium L.
Plantago lanceolata L.
Salvia verbenaca L.
Silene colorata Poir.
Tordylium officinale L.
Trifolium hirtum
Trifolium lappaceum L.
T1: Mezcla de gramíneas y leguminosas nativas
T2: Mezcla de gramíneas, leguminosas y otras dicotiledóneas nativas
T3: Brachypodium distachyon
T4: No siembra
ESPECIES SEMBRADAS
Ammi majus L.
Borago officinalis L.
Brachypodium distachyon (L.) Beauv.
Calendula arvensis (Vaill.) L.
Cleonia lusitanica (Loefl. ex L.) L.
Echium plantagineum L.
Medicago orbicularis (L.) Bartal.
Medicago polymorpha L.
Nigella damascena L.
Papaver dubium L.
Plantago lanceolata L.
Salvia verbenaca L.
Silene colorata Poir.
Tordylium officinale L.
Trifolium hirtum
Trifolium lappaceum L.
Activities carried out at the pilot site
Contributor
Organization
Semillas Silvestres S.L.
Name
Gloria López
Experimental site
Hacienda Bolonia
Activities carried out at the pilot site
Date (or period) of the observation
2021/2022
Description / Observations
Herdade do Reguengo
Organization
INIAV - Polo de Inovação de Elvas
Herdade do Reguengo
Type of ecosystem
Other
Working group
WG 2: Scientific
Location
Alto Alentejo, Portugal
Site manager
INIAV-Polo de Inovação de Elvas
Purpose of the experimentation
Testing mixtures of native seeds performance in soil quality improvement in comparison with spontaneous covers.
List of species sown
Brachypodium distachyon
Bromus scoparius
Hordeum geniculatum
Biserrla pelecinus
Trifolium hirtum
Trifolium subterraneum
Trifolium lappaceum
Trifolium glomeratum
Astragalus pelecinus
Medicago orbicularis
Trifolium cherleri
Daucus carota
Anagallis arvensis
Centaurea cyanus
Salvia verbenaca
Nigella damascena
Papaver hybridum
Bromus scoparius
Hordeum geniculatum
Biserrla pelecinus
Trifolium hirtum
Trifolium subterraneum
Trifolium lappaceum
Trifolium glomeratum
Astragalus pelecinus
Medicago orbicularis
Trifolium cherleri
Daucus carota
Anagallis arvensis
Centaurea cyanus
Salvia verbenaca
Nigella damascena
Papaver hybridum
Protocol
Monitoring vegetation following common GT2 protocols
Il y a 0 fiche.
Jardins de Cocagne
Organization
CEN Occitanie
Jardins de Cocagne
Type of ecosystem
Agricultural wasteland
Working group
WG 2: Scientific
Location
Fabrègues (34095)
Site manager
David Lashley
Purpose of the experimentation
The purpose was to test the behavior of several seed mixes in a plain field.
The goals of restauration were to restore a mediterranean grassland of community interest :
The goals of restauration were to restore a mediterranean grassland of community interest :
- Increase vegetation cover ;
- Increase biodiversity especially density of auxiliary organisms ;
- Increase frequency and duration of attractive flowers ;
- Reduce erosion ;
- Improve soil structure.
List of species sown
Aegilops cylindrica
Aegilops ventricosa
Anchusa italica
Anisantha rigida
Asphodelus fistulosus
Avenula bromoides
Bituminaria bituminosa
Blackstonia perfoliata
Brachypodium distachyon
Brachypodium phoenicoides
Bromopsis erecta
Centaurea paniculata
Cerinthe major
Crepis vesicaria ssp. taraxacifolia
Dactylis glomerata hispanica
Diplotaxis tenuifolia
Gaudinia fragilis
Geropogon glaber
Hirschfeldia incana
Knautia integrifolia
Lathyrus hirsutus
Linum usitatissimum ssp. angustifolium
Lolium rigidum
Loncomelos narbonensis
Lotus glaber
Lotus herbaceus
Malva nicaeensis
Malva pseudo-lavatera
Malva sylvestris
Medicago arabica
Medicago ciliaris
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago scutellata
Melilotus alba
Melilotus indicus
Melilotus officinalis
Nigella damascena
Papaver rhoeas
Phalaris brachystachys
Phalaris paradoxa
Phlomis herba-venti
Rapistrum rugosum
Salvia verbenaca
Scabiosa atropurpurea
Scorpiurus subvillosus
Scorzonera laciniata
Silene italica
Taraxacum spp.
Tragopogon porrifolius
Trifolium campestre
Trifolium incarnatum molinerii
Trigonella elegans
Trigonella esculenta
Trigonella sicula
Trigonella smallii
Trigonella wojciechowskii
Urospermum dalechampii
Urospermum picroides
Verbascum blattaria
Verbascum boerhavii
Vicia sativa ssp. nigra
Aegilops ventricosa
Anchusa italica
Anisantha rigida
Asphodelus fistulosus
Avenula bromoides
Bituminaria bituminosa
Blackstonia perfoliata
Brachypodium distachyon
Brachypodium phoenicoides
Bromopsis erecta
Centaurea paniculata
Cerinthe major
Crepis vesicaria ssp. taraxacifolia
Dactylis glomerata hispanica
Diplotaxis tenuifolia
Gaudinia fragilis
Geropogon glaber
Hirschfeldia incana
Knautia integrifolia
Lathyrus hirsutus
Linum usitatissimum ssp. angustifolium
Lolium rigidum
Loncomelos narbonensis
Lotus glaber
Lotus herbaceus
Malva nicaeensis
Malva pseudo-lavatera
Malva sylvestris
Medicago arabica
Medicago ciliaris
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago scutellata
Melilotus alba
Melilotus indicus
Melilotus officinalis
Nigella damascena
Papaver rhoeas
Phalaris brachystachys
Phalaris paradoxa
Phlomis herba-venti
Rapistrum rugosum
Salvia verbenaca
Scabiosa atropurpurea
Scorpiurus subvillosus
Scorzonera laciniata
Silene italica
Taraxacum spp.
Tragopogon porrifolius
Trifolium campestre
Trifolium incarnatum molinerii
Trigonella elegans
Trigonella esculenta
Trigonella sicula
Trigonella smallii
Trigonella wojciechowskii
Urospermum dalechampii
Urospermum picroides
Verbascum blattaria
Verbascum boerhavii
Vicia sativa ssp. nigra
Protocol
The experimental site consists of 16 25m2 plots where 15 seed mixtures were tested (1 control plot)
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The semix was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
A closure has been installed on the site to avoid predation.
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The semix was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
A closure has been installed on the site to avoid predation.
Free description (facultative)
Monitoring
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
- Presence of related fauna (pollinators, spiders, orthoptera...)
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
- Presence of related fauna (pollinators, spiders, orthoptera...)
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Analyses de terres
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Jardins de Cocagne
Analyses de terres
Date (or period) of the observation
2022
Description / Observations
analyses_sol_jardins_de_cocagne.pdf (1.3MB)
Autorisation d'occupation temporaire
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Jardins de Cocagne
Autorisation d'occupation temporaire
Date (or period) of the observation
2021
Description / Observations
autorisation_occupation_jardins_de_cocagne.pdf (0.3MB)
Identification des espèces de syrphidés et d’apoïdes présentes sur deux parcelles expérimentales du Jardin de Cocagne et du Domaine de Restinclières (34)
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Jardins de Cocagne
Identification des espèces de syrphidés et d’apoïdes présentes sur deux parcelles expérimentales du Jardin de Cocagne et du Domaine de Restinclières (34)
Date (or period) of the observation
2022
Description / Observations
Opie_2022_fleurs_locales_v_finale.pdf (4.4MB)
Key figures after one year
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Jardins de Cocagne
Key figures after one year
Date (or period) of the observation
2022
Description / Observations
List of species that were successfully installed
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Jardins de Cocagne
List of species that were successfully installed
Date (or period) of the observation
2022
Description / Observations
Rapport technique
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Jardins de Cocagne
Rapport technique
Date (or period) of the observation
2020-2023
Description / Observations
2_rapporttechnique_jardins_cocagne_final.pdf (2.2MB)
Suivi des essais année 1
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Jardins de Cocagne
Suivi des essais année 1
Date (or period) of the observation
2021-2022
Description / Observations
suivi_jardins_annee_1.pdf (5.1MB)
La Reina de Santa Cruz
Organization
Semillas Silvestres S.L.
La Reina de Santa Cruz
Type of ecosystem
Arboriculture
Working group
WG 2: Scientific
Location
Santa Cruz (Córdoba) Spain
Site manager
Cándido Gálvez
Purpose of the experimentation
Instalación de varias mezclas de semillas nativas en un cultivo de almendro ensecano bajo manejo convencional y clima mediterraneo. Evaluar la competencia con el banco de semillas del suleo y las interacciones con el manejo agronómico del cultivo.
List of species sown
COMPOSICIÓN
T1: Mezcla de gramíneas y leguminosas nativas
T2: Mezcla de gramíneas, leguminosas y otras dicotiledóneas nativas
T3: Brachypodium distachyon
T4: No siembra
ESPECIES SEMBRADAS
Ammi majus L.
Borago officinalis L.
Brachypodium distachyon (L.) Beauv.
Calendula arvensis (Vaill.) L.
Cleonia lusitanica (Loefl. ex L.) L.
Echium plantagineum L.
Medicago orbicularis (L.) Bartal.
Medicago polymorpha L.
Nigella damascena L.
Papaver dubium L.
Plantago lanceolata L.
Salvia verbenaca L.
Silene colorata Poir.
Tordylium officinale L.
Trifolium hirtum
Trifolium lappaceum L.
T1: Mezcla de gramíneas y leguminosas nativas
T2: Mezcla de gramíneas, leguminosas y otras dicotiledóneas nativas
T3: Brachypodium distachyon
T4: No siembra
ESPECIES SEMBRADAS
Ammi majus L.
Borago officinalis L.
Brachypodium distachyon (L.) Beauv.
Calendula arvensis (Vaill.) L.
Cleonia lusitanica (Loefl. ex L.) L.
Echium plantagineum L.
Medicago orbicularis (L.) Bartal.
Medicago polymorpha L.
Nigella damascena L.
Papaver dubium L.
Plantago lanceolata L.
Salvia verbenaca L.
Silene colorata Poir.
Tordylium officinale L.
Trifolium hirtum
Trifolium lappaceum L.
Activities carried out at the pilot site
Contributor
Organization
Semillas Silvestres S.L.
Name
Gloria López
Experimental site
La Reina de Santa Cruz
Activities carried out at the pilot site
Date (or period) of the observation
2021/2022
Description / Observations
Lansargues (Vert'Veine)
Organization
FAB'LIM
Lansargues (Vert'Veine)
Type of ecosystem
Monospecific culture
Working group
WG 3: Socio-economic
Location
Lansargues (34)
Site manager
Guillaume Duez
Purpose of the experimentation
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Guillaume work with his two colleagues Morgane and Vincent. They used to plant wild flowers mixes in between melon crops. The role of these flowers is to attract the pollinators and species that eat pests. They choose annual flowering species to fit in the melon culture system. They can couple seeds production and protection of their cultures.
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Guillaume work with his two colleagues Morgane and Vincent. They used to plant wild flowers mixes in between melon crops. The role of these flowers is to attract the pollinators and species that eat pests. They choose annual flowering species to fit in the melon culture system. They can couple seeds production and protection of their cultures.
List of species sown
Knautia integrifolia,
Medicago minima,
Melilotus elegans,
Nigella damascena,
Trifolium angustifolium
Knautia integrifolia,
Medicago minima,
Melilotus elegans,
Nigella damascena,
Trifolium angustifolium
Protocol
Surface planted
392 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Surface planted
392 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Technical report available
Oui
Il y a 0 fiche.
Lespignan (34)
Organization
FAB'LIM
Lespignan (34)
Type of ecosystem
Monospecific culture
Working group
WG 3: Socio-economic
Location
Lespignan (34)
Site manager
Michel Bataille
Purpose of the experimentation
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Michel is a curious winegrower that experiments trees plantation, seed mixes between vine ranks. He observed that spontaneous flora grew better than sowed plant cover. He wants to take part in the project to multiply his own wild seeds, adapted to his activity.
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Michel is a curious winegrower that experiments trees plantation, seed mixes between vine ranks. He observed that spontaneous flora grew better than sowed plant cover. He wants to take part in the project to multiply his own wild seeds, adapted to his activity.
List of species sown
Brachypodium phoenicoides,
Bromus lanceolatus,
Medicago polymorpha,
Melilotus albus,
Scabiosa atropurpurea,
Scorpiurus subvillosus,
Trifolium angustifolium,
Trifolium incarnatum var. molinerii,
Bituminaria bituminosa,
Tragopogon porrifolius,
Trifolium incarnatum var.molinerii,
Glaucium flavum
Brachypodium phoenicoides,
Bromus lanceolatus,
Medicago polymorpha,
Melilotus albus,
Scabiosa atropurpurea,
Scorpiurus subvillosus,
Trifolium angustifolium,
Trifolium incarnatum var. molinerii,
Bituminaria bituminosa,
Tragopogon porrifolius,
Trifolium incarnatum var.molinerii,
Glaucium flavum
Protocol
Surface planted
500 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Surface planted
500 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Technical report available
Oui
Il y a 0 fiche.
Llanos de Vanda
Organization
Semillas Silvestres S.L.
Llanos de Vanda
Type of ecosystem
Arboriculture
Working group
WG 2: Scientific
Location
Castro del Rio (Córdoba) Spain
Site manager
Cándido Gálvez
Purpose of the experimentation
Establecimiento de mezclas de semillas nativas (gramineas, leguninosas y de otras fmailias) en un olivar ecológico en seca. Evaluar la competencia con el banco de semillas del suelo y el incremento de la biodiversidad
List of species sown
COMPOSICIÓN
T1: Mezcla de gramíneas y leguminosas nativas
T2: Mezcla de gramíneas, leguminosas y otras dicotiledóneas nativas
T3: Brachypodium distachyon
T4: No siembra
ESPECIES SEMBRADAS
Ammi majus L.
Borago officinalis L.
Brachypodium distachyon (L.) Beauv.
Calendula arvensis (Vaill.) L.
Cleonia lusitanica (Loefl. ex L.) L.
Echium plantagineum L.
Medicago orbicularis (L.) Bartal.
Medicago polymorpha L.
Nigella damascena L.
Papaver dubium L.
Plantago lanceolata L.
Salvia verbenaca L.
Silene colorata Poir.
Tordylium officinale L.
Trifolium hirtum
Trifolium lappaceum L.
T1: Mezcla de gramíneas y leguminosas nativas
T2: Mezcla de gramíneas, leguminosas y otras dicotiledóneas nativas
T3: Brachypodium distachyon
T4: No siembra
ESPECIES SEMBRADAS
Ammi majus L.
Borago officinalis L.
Brachypodium distachyon (L.) Beauv.
Calendula arvensis (Vaill.) L.
Cleonia lusitanica (Loefl. ex L.) L.
Echium plantagineum L.
Medicago orbicularis (L.) Bartal.
Medicago polymorpha L.
Nigella damascena L.
Papaver dubium L.
Plantago lanceolata L.
Salvia verbenaca L.
Silene colorata Poir.
Tordylium officinale L.
Trifolium hirtum
Trifolium lappaceum L.
Activities carried out at the pilot site
Contributor
Organization
Semillas Silvestres S.L.
Name
Gloria López
Experimental site
Llanos de Vanda
Activities carried out at the pilot site
Date (or period) of the observation
2021/2022
Description / Observations
Official Yeezys - 100% Authentic.
Contributor
Organization
CEN Occitanie
Name
Ana Martínez Crucis
Experimental site
Llanos de Vanda
Official Yeezys - 100% Authentic.
Link to an online file with the pictures
https://www.yeezy350s.us.com/
Description / Observations
https://www.yeezyadidas.de/ Yeezy
https://www.yeezys.co/ Yeezys
https://www.jordan-1.org/ Jordan 1
https://www.air-jordan1.com/ Air Jordan 1
https://www.nikejordan1.com/ Nike Jordan 1
https://www.jordan-1s.com/ Jordan 1S
https://www.jordan1.uk.com/ Jordan 1
https://www.jordans-shoes.com/ Jordan Shoes
https://www.jordan-shoes.us.com/ Jordan Shoes
https://www.nikeuk.uk.com/ Nike UK
https://www.yeezy-450.com/ Yeezy 450
https://www.jordanretro4.com/ Jordan Retro 4
https://www.nikeoutletstoreonlineshopping.us/ Nike Outlet Store Online Shopping
https://www.yeezy.uk.com/ YEEZY
https://www.adidasyeezyofficialwebsite.com/ Adidas Yeezy Official Website
https://www.yeezy350.uk.com/ Yeezy 350
https://www.air-jordan4.com/ Air Jordan 4
https://www.yeezyfoam-runner.com/ Yeezy Foam Runner
https://www.yeezyslides.us.com/ Yeezy Slides
https://www.ray-ban-glasses.us.com/ Ray Ban Glasses
https://www.adidasuk.uk.com/ Adidas UK
https://www.nflshopofficialonlinestore.com/ NFL Shop Official Online Store
https://www.yeezys-slides.us.com/ Yeezy Slides
https://www.yeezyadidass.us.com/ Adidas Yeezy
https://www.350yeezy.us.com/ Yeezy 350
https://www.yeezyy.us.com/ Yeezy
https://www.yeezy350s.us.com/ Yeezy 350
https://www.shoesyeezys.us.com/ Yeezy Shoes
https://www.yeezys.uk.com/ Yeezys
https://www.off-white.us.org// Off White
https://raybansales.us/ Ray Ban
https://www.adidasyeezy.uk.com/ Adidas Yeezy
https://www.yzyshoes.us.com/ Yeezy Shoes
https://www.yeezy-shoes.us.com/ Yeezy Shoes
https://www.yeezy-700.us.com/ Yeezy 700
https://www.yeezyadidas.de/ Adidas Yeezy
https://www.yeezys.co/ Yeezy
https://www.jordan-1.org/ Nike Jordan 1
https://www.air-jordan1.com/ Jordan 1
https://www.nikejordan1.com/ Jordan 1
https://www.jordan-1s.com/ Jordan 1
https://www.jordan1.uk.com/ Jordan UK
https://www.jordans-shoes.com/ Jordans Shoes
https://www.jordan-shoes.us.com/ Jordan
https://www.nikeuk.uk.com/ Nike
https://www.yeezy-450.com/ Yeezy
https://www.jordanretro4.com/ Jordan 4
https://www.nikeoutletstoreonlineshopping.us/ Nike Outlet
https://www.yeezy.uk.com/ YEEZY UK
https://www.adidasyeezyofficialwebsite.com/ Adidas Yeezy
https://www.yeezy350.uk.com/ Yeezy uk
https://www.air-jordan4.com/ Jordan 4
https://www.yeezy-supply.com/ Yeezys Supply
https://www.yeezyfoam-runner.com/ Yeezy
https://www.yeezyslides.us.com/ YEEZY
https://www.ray-ban-glasses.us.com/ Ray Bans Sunglasses
https://www.adidasuk.uk.com/ Adidas
https://www.nflshopofficialonlinestore.com/ NFL Shop
https://www.yeezys-slides.us.com/ Yeezys
https://www.yeezyadidass.us.com/ Adidas Yeezys
https://www.350yeezy.us.com/ Yeezy 350 V2
https://www.yeezyy.us.com/ Yeezys
https://www.yeezy350s.us.com/ Yeezy Boost 350
https://www.shoesyeezys.us.com/ Yeezys Shoes
https://www.yeezys.uk.com/ Yeezy
https://raybansales.us/ Ray Bans
https://www.adidasyeezy.uk.com/ Yeezy
https://www.yzyshoes.us.com/ Yeezys
https://www.yeezy-slides.org/ Adidas Yeezy Slides
https://www.yeezy-shoes.us.com/ Yeezy
https://www.yeezy-700.us.com/ Yeezy
https://cheapyeezysonline.com/ Cheap Yeezys
https://yeezysupplystore.com/ Yeezy Supply
https://www.yeezyshoesonline.com/ Yeezy Shoes
https://www.yeezys-supply.us.com/ Yeezy Supply
https://www.yeezys-supply.us.com/ Yeezys
https://www.yeezy-s.com/ Yeezy Shoes
https://www.yeezy-s.us/ Yeezy
https://yeezysale.us/ Yeezy
https://www.pandorajewelries.us.com/ Pandora Jewelry
Tags:yeezy (interwiki inconnu) shoes, Yeezy, Adidas Yeezy
https://www.yeezys.co/ Yeezys
https://www.jordan-1.org/ Jordan 1
https://www.air-jordan1.com/ Air Jordan 1
https://www.nikejordan1.com/ Nike Jordan 1
https://www.jordan-1s.com/ Jordan 1S
https://www.jordan1.uk.com/ Jordan 1
https://www.jordans-shoes.com/ Jordan Shoes
https://www.jordan-shoes.us.com/ Jordan Shoes
https://www.nikeuk.uk.com/ Nike UK
https://www.yeezy-450.com/ Yeezy 450
https://www.jordanretro4.com/ Jordan Retro 4
https://www.nikeoutletstoreonlineshopping.us/ Nike Outlet Store Online Shopping
https://www.yeezy.uk.com/ YEEZY
https://www.adidasyeezyofficialwebsite.com/ Adidas Yeezy Official Website
https://www.yeezy350.uk.com/ Yeezy 350
https://www.air-jordan4.com/ Air Jordan 4
https://www.yeezyfoam-runner.com/ Yeezy Foam Runner
https://www.yeezyslides.us.com/ Yeezy Slides
https://www.ray-ban-glasses.us.com/ Ray Ban Glasses
https://www.adidasuk.uk.com/ Adidas UK
https://www.nflshopofficialonlinestore.com/ NFL Shop Official Online Store
https://www.yeezys-slides.us.com/ Yeezy Slides
https://www.yeezyadidass.us.com/ Adidas Yeezy
https://www.350yeezy.us.com/ Yeezy 350
https://www.yeezyy.us.com/ Yeezy
https://www.yeezy350s.us.com/ Yeezy 350
https://www.shoesyeezys.us.com/ Yeezy Shoes
https://www.yeezys.uk.com/ Yeezys
https://www.off-white.us.org// Off White
https://raybansales.us/ Ray Ban
https://www.adidasyeezy.uk.com/ Adidas Yeezy
https://www.yzyshoes.us.com/ Yeezy Shoes
https://www.yeezy-shoes.us.com/ Yeezy Shoes
https://www.yeezy-700.us.com/ Yeezy 700
https://www.yeezyadidas.de/ Adidas Yeezy
https://www.yeezys.co/ Yeezy
https://www.jordan-1.org/ Nike Jordan 1
https://www.air-jordan1.com/ Jordan 1
https://www.nikejordan1.com/ Jordan 1
https://www.jordan-1s.com/ Jordan 1
https://www.jordan1.uk.com/ Jordan UK
https://www.jordans-shoes.com/ Jordans Shoes
https://www.jordan-shoes.us.com/ Jordan
https://www.nikeuk.uk.com/ Nike
https://www.yeezy-450.com/ Yeezy
https://www.jordanretro4.com/ Jordan 4
https://www.nikeoutletstoreonlineshopping.us/ Nike Outlet
https://www.yeezy.uk.com/ YEEZY UK
https://www.adidasyeezyofficialwebsite.com/ Adidas Yeezy
https://www.yeezy350.uk.com/ Yeezy uk
https://www.air-jordan4.com/ Jordan 4
https://www.yeezy-supply.com/ Yeezys Supply
https://www.yeezyfoam-runner.com/ Yeezy
https://www.yeezyslides.us.com/ YEEZY
https://www.ray-ban-glasses.us.com/ Ray Bans Sunglasses
https://www.adidasuk.uk.com/ Adidas
https://www.nflshopofficialonlinestore.com/ NFL Shop
https://www.yeezys-slides.us.com/ Yeezys
https://www.yeezyadidass.us.com/ Adidas Yeezys
https://www.350yeezy.us.com/ Yeezy 350 V2
https://www.yeezyy.us.com/ Yeezys
https://www.yeezy350s.us.com/ Yeezy Boost 350
https://www.shoesyeezys.us.com/ Yeezys Shoes
https://www.yeezys.uk.com/ Yeezy
https://raybansales.us/ Ray Bans
https://www.adidasyeezy.uk.com/ Yeezy
https://www.yzyshoes.us.com/ Yeezys
https://www.yeezy-slides.org/ Adidas Yeezy Slides
https://www.yeezy-shoes.us.com/ Yeezy
https://www.yeezy-700.us.com/ Yeezy
https://cheapyeezysonline.com/ Cheap Yeezys
https://yeezysupplystore.com/ Yeezy Supply
https://www.yeezyshoesonline.com/ Yeezy Shoes
https://www.yeezys-supply.us.com/ Yeezy Supply
https://www.yeezys-supply.us.com/ Yeezys
https://www.yeezy-s.com/ Yeezy Shoes
https://www.yeezy-s.us/ Yeezy
https://yeezysale.us/ Yeezy
https://www.pandorajewelries.us.com/ Pandora Jewelry
Tags:yeezy (interwiki inconnu) shoes, Yeezy, Adidas Yeezy
Mas de la Victoire
Organization
CEN Occitanie
Mas de la Victoire
Type of ecosystem
Arboriculture
Working group
WG 2: Scientific
Location
Saint-Pons-de-Mauchiens
Site manager
Sébastien Blayac
Purpose of the experimentation
The purpose was to test the behavior of several seed mixes in a plain field.
The goals of restauration were to restore a mediterranean grassland of community interest :
The goals of restauration were to restore a mediterranean grassland of community interest :
- Increase vegetation cover ;
- Increase biodiversity especially density of auxiliary organisms ;
- Increase frequency and duration of attractive flowers ;
- Reduce erosion ;
- Improve soil structure.
List of species sown
Anacyclus clavatus
Anisantha rigida
Asphodelus fistulosus
Astragalus hamosus
Avena sp.
Avenula bromoides
Bartsia trixago
Bituminaria bituminosa
Brachypodium phoenicoides
Bromopsis erecta
Bromus hordeaceus
Bromus lanceolatus
Cota altissima
Cota tinctoria
Crepis vesicaria ssp. taraxacifolia
Cynoglossum creticum
Dactylis glomerata ssp. hispanica
Diplotaxis erucoides
Echium vulgare
Hirschfeldia incana
Hypochaeris glabra
Knautia integrifolia
Lathyrus ochrus
Linum usitatissimum ssp. angust.
Lolium rigidum
Lotus glaber
Malva nicaeensis
Malva pseudo-lavatera
Malva sylvestris
Mantisalca salmantica
Medicago arabica
Medicago ciliaris
Medicago doliata
Medicago lupulina
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago rigidula
Melilotus albus
Melilotus elegans
Melilotus indicus
Nigella damascena
Papaver rhoeas
Plantago lanceolata
Rapistrum rugosum
Scabiosa atropurpurea
Scorpiurus muricatus
Scorzonera hirsuta
Scorzonera laciniata
Silene italica
Sinapis alba
Sinapis arvensis
Taraxacum sect. Erythrosperma
Taraxacum sp.
Tragopogon porrifolius
Trifolium angustifolium
Trifolium arvense
Trifolium campestre
Trifolium glomeratum
Trifolium squamosum
Trifolium stellatum
Tyrimnus leucographus
Urospermum dalechampii
Urospermum picroides
Verbascum blattaria
Verbascum boerhavii
Verbascum cf lychnitis
Verbascum sinuatum
Vicia sp. (gousse hirsute)
Vicia lutea
Vicia sativa ssp.
Vicia cf. serratifolia
Vicia cf. villosa
Anisantha rigida
Asphodelus fistulosus
Astragalus hamosus
Avena sp.
Avenula bromoides
Bartsia trixago
Bituminaria bituminosa
Brachypodium phoenicoides
Bromopsis erecta
Bromus hordeaceus
Bromus lanceolatus
Cota altissima
Cota tinctoria
Crepis vesicaria ssp. taraxacifolia
Cynoglossum creticum
Dactylis glomerata ssp. hispanica
Diplotaxis erucoides
Echium vulgare
Hirschfeldia incana
Hypochaeris glabra
Knautia integrifolia
Lathyrus ochrus
Linum usitatissimum ssp. angust.
Lolium rigidum
Lotus glaber
Malva nicaeensis
Malva pseudo-lavatera
Malva sylvestris
Mantisalca salmantica
Medicago arabica
Medicago ciliaris
Medicago doliata
Medicago lupulina
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago rigidula
Melilotus albus
Melilotus elegans
Melilotus indicus
Nigella damascena
Papaver rhoeas
Plantago lanceolata
Rapistrum rugosum
Scabiosa atropurpurea
Scorpiurus muricatus
Scorzonera hirsuta
Scorzonera laciniata
Silene italica
Sinapis alba
Sinapis arvensis
Taraxacum sect. Erythrosperma
Taraxacum sp.
Tragopogon porrifolius
Trifolium angustifolium
Trifolium arvense
Trifolium campestre
Trifolium glomeratum
Trifolium squamosum
Trifolium stellatum
Tyrimnus leucographus
Urospermum dalechampii
Urospermum picroides
Verbascum blattaria
Verbascum boerhavii
Verbascum cf lychnitis
Verbascum sinuatum
Vicia sp. (gousse hirsute)
Vicia lutea
Vicia sativa ssp.
Vicia cf. serratifolia
Vicia cf. villosa
Protocol
The experimental site consists of one 200 m² plot where seeds of 73 species were tested.
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The sowing was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
A closure has been installed on the site to avoid predation
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The sowing was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
A closure has been installed on the site to avoid predation
Free description (facultative)
Monitoring
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
- Presence of related fauna (pollinators, spiders, orthoptera...)
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
- Presence of related fauna (pollinators, spiders, orthoptera...)
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Analyses de terres
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Mas de la Victoire
Analyses de terres
Date (or period) of the observation
2022
Description / Observations
analyses_sol_mas_de_la_victoire.pdf (1.3MB)
Autorisation d'occupation temporaire
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Mas de la Victoire
Autorisation d'occupation temporaire
Date (or period) of the observation
2021
Description / Observations
autorisation_occupation_mas_victoire.pdf (2.3MB)
Key figures after one year
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Mas de la Victoire
Key figures after one year
Date (or period) of the observation
2022
Description / Observations
List of species that were successfully installed
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Mas de la Victoire
List of species that were successfully installed
Date (or period) of the observation
2022
Description / Observations
Rapport technique
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Mas de la Victoire
Rapport technique
Date (or period) of the observation
2020-2023
Description / Observations
5_rapporttechnique_masvictoire_final.pdf (2.2MB)
Suivi des essais année 1
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Mas de la Victoire
Suivi des essais année 1
Date (or period) of the observation
2021-2022
Description / Observations
suivi_mas_victoire_annee_1.pdf (0.4MB)
Méjannes-le-Clap
Organization
CEN Occitanie
Méjannes-le-Clap
Type of ecosystem
Other
Working group
WG 2: Scientific
Location
Méjannes-le-Clap (30)
Site manager
Département du Gard
Purpose of the experimentation
The purpose was to test the behavior of several seed mixes in a plain field.
The goals of restauration were to restore a mediterranean grassland of community interest :
The goals of restauration were to restore a mediterranean grassland of community interest :
- Increase vegetation cover ;
- Increase biodiversity especially density of auxiliary organisms ;
- Increase frequency and duration of attractive flowers ;
- Reduce erosion ;
- Improve soil structure.
List of species sown
Aegilops cylindrica
Aegilops ventricosa
Anchusa italica
Anisantha rigida
Anthyllis vulneraria
Asphodelus fistulosus
Astragalus hamosus
Avenula bromoides
Bituminaria bituminosa
Blackstonia perfoliata
Brachypodium distachyon
Brachypodium phoenicoides
Brachypodium retusum
Bromopsis erecta
Bromus lanceolatus
Centaurea paniculata
Centaurium tenuiflorum
Cephalaria leucantha
Cota altissima
Crepis vesicaria ssp. taraxacifolia
Crepis zacintha
Cynoglossum creticum
Dactylis glomerata hispanica
Diplotaxis erucoides
Echium vulgare
Gaudinia fragilis
Glaucium flavum
Hirschfeldia incana
Hypericum perforatum
Knautia integrifolia
Lathyrus annuus
Lathyrus hirsutus
Leucanthemum vulgare
Linum usitatissimum ssp. angustifolium
Lolium rigidum
Loncomelos narbonense
Lotus glaber
Lotus herbaceus
Lotus maritimus
Malva nicaeensis
Malva pseudo-lavatera
Malva sylvestris
Mantisalca salmantica
Medicago arabica
Medicago ciliaris
Medicago doliata
Medicago lupulina
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago rigidula
Medicago scutellata
Medicago truncatula
Melilotus albus
Melilotus cf. elegans
Melilotus indicus
Nigella damascena
Onobrychis caput-galli
Papaver rhoeas
Phalaris paradoxa
Phlomis herba-venti
Phlomis lychnitis
Raphanus raphanistrum
Rapistrum rugosum
Salvia verbenaca
Scabiosa atropurpurea
Scorpiurus subvillosus
Scorzonera laciniata
Silene italica
Sinapis alba
Stachys recta
Taraxacum sect. Eryth.
Taraxacum sp.
Tragopogon porrifolius
Trifolium angustifolium
Trifolium campestre
Trifolium incarnatum molinerii
Trifolium squamosum
Trifolium stellatum
Trigonella cf. elegans
Trigonella esculenta
Trigonella sicula
Trigonella smallii
Urospermum dalechampii
Urospermum picroides
Verbascum blattaria
Verbascum boerhavii
Verbascum Méjannes
Vicia lutea
Vicia sativa ssp. nigra
Vicia serratifolia
Vicia villosa
Xeranthemum cylindraceum
Aegilops ventricosa
Anchusa italica
Anisantha rigida
Anthyllis vulneraria
Asphodelus fistulosus
Astragalus hamosus
Avenula bromoides
Bituminaria bituminosa
Blackstonia perfoliata
Brachypodium distachyon
Brachypodium phoenicoides
Brachypodium retusum
Bromopsis erecta
Bromus lanceolatus
Centaurea paniculata
Centaurium tenuiflorum
Cephalaria leucantha
Cota altissima
Crepis vesicaria ssp. taraxacifolia
Crepis zacintha
Cynoglossum creticum
Dactylis glomerata hispanica
Diplotaxis erucoides
Echium vulgare
Gaudinia fragilis
Glaucium flavum
Hirschfeldia incana
Hypericum perforatum
Knautia integrifolia
Lathyrus annuus
Lathyrus hirsutus
Leucanthemum vulgare
Linum usitatissimum ssp. angustifolium
Lolium rigidum
Loncomelos narbonense
Lotus glaber
Lotus herbaceus
Lotus maritimus
Malva nicaeensis
Malva pseudo-lavatera
Malva sylvestris
Mantisalca salmantica
Medicago arabica
Medicago ciliaris
Medicago doliata
Medicago lupulina
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago rigidula
Medicago scutellata
Medicago truncatula
Melilotus albus
Melilotus cf. elegans
Melilotus indicus
Nigella damascena
Onobrychis caput-galli
Papaver rhoeas
Phalaris paradoxa
Phlomis herba-venti
Phlomis lychnitis
Raphanus raphanistrum
Rapistrum rugosum
Salvia verbenaca
Scabiosa atropurpurea
Scorpiurus subvillosus
Scorzonera laciniata
Silene italica
Sinapis alba
Stachys recta
Taraxacum sect. Eryth.
Taraxacum sp.
Tragopogon porrifolius
Trifolium angustifolium
Trifolium campestre
Trifolium incarnatum molinerii
Trifolium squamosum
Trifolium stellatum
Trigonella cf. elegans
Trigonella esculenta
Trigonella sicula
Trigonella smallii
Urospermum dalechampii
Urospermum picroides
Verbascum blattaria
Verbascum boerhavii
Verbascum Méjannes
Vicia lutea
Vicia sativa ssp. nigra
Vicia serratifolia
Vicia villosa
Xeranthemum cylindraceum
Protocol
The experimental site consists of 16 25m2 plots where 15 seed mixtures were tested (1 control plot)
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The semix was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
A closure and a bird net has been installed on the site to avoid predation
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The semix was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
A closure and a bird net has been installed on the site to avoid predation
Free description (facultative)
Monitoring
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Analyses de terres
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Méjannes-le-Clap
Analyses de terres
Date (or period) of the observation
2022
Description / Observations
analyses_sol_mejannes_le_clap.pdf (1.3MB)
Autorisation d'occupation temporaire
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Méjannes-le-Clap
Autorisation d'occupation temporaire
Date (or period) of the observation
2021
Description / Observations
deliberation_autorisatio_occupation_mejannes_le_clap.pdf (0.6MB)
Key figures after one year
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Méjannes-le-Clap
Key figures after one year
Date (or period) of the observation
2022
Description / Observations
List of species that were successfully installed
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Méjannes-le-Clap
List of species that were successfully installed
Date (or period) of the observation
2022
Description / Observations
Rapport technique
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Méjannes-le-Clap
Rapport technique
Date (or period) of the observation
2020-2023
Description / Observations
4_rapporttechnique_mejannes_le_clap_final.pdf (2.4MB)
Suivi des essais année 1
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Méjannes-le-Clap
Suivi des essais année 1
Date (or period) of the observation
2021-2022
Description / Observations
suivi_mejannes_annee_1.pdf (5.0MB)
Pompignan
Organization
FAB'LIM
Pompignan
Type of ecosystem
Monospecific culture
Working group
WG 3: Socio-economic
Location
Pompignan (30)
Site manager
Christophe Bernier
Purpose of the experimentation
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Christophe is a naturalist which is already working in ecological restauration in Mediterranean territory. He produces trees for his work but he also wants to add some herbaceous species to his plots.
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Christophe is a naturalist which is already working in ecological restauration in Mediterranean territory. He produces trees for his work but he also wants to add some herbaceous species to his plots.
List of species sown
Aegilops ventricosa,
Brachypodium phoenicoides,
Bromopsis erecta,
Bromus lanceolatus,
Dactylis glomerata var. hispanica,
Lolium rigidum,
Medicago polymorpha,
Melilotus albus,
Melilotus indicus,
Phalaris aquatica,
Scabiosa atropurpurea,
Scorpiurus subvillosus,
Bituminaria bituminosa
Aegilops ventricosa,
Brachypodium phoenicoides,
Bromopsis erecta,
Bromus lanceolatus,
Dactylis glomerata var. hispanica,
Lolium rigidum,
Medicago polymorpha,
Melilotus albus,
Melilotus indicus,
Phalaris aquatica,
Scabiosa atropurpurea,
Scorpiurus subvillosus,
Bituminaria bituminosa
Protocol
Surface planted
574 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Surface planted
574 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Technical report available
Oui
Il y a 0 fiche.
Quinta do Seixo
Organization
Centre of Molecular and Environmental Biology
Quinta do Seixo
Type of ecosystem
Vineyard
Working group
WG 2: Scientific
Location
Douro-Cima corgo
Site manager
Sogrape Vinhos
List of species sown
Ammi majus
Borago officinalis
Brachypodium distachyon
Calendula arvensis
Cleonia lusitanica
Echium plantagineum
Nigella damascena
Papaver dubium
Plantago lanceolata
Salvia verbenaca
Silene colorata Poir
Trifolium hirtum
Trifolium lappaceum
Trifolium subterraneum
Astragalus pelecinus
Trifolium glomeratum
Trifolium cherleri
Borago officinalis
Brachypodium distachyon
Calendula arvensis
Cleonia lusitanica
Echium plantagineum
Nigella damascena
Papaver dubium
Plantago lanceolata
Salvia verbenaca
Silene colorata Poir
Trifolium hirtum
Trifolium lappaceum
Trifolium subterraneum
Astragalus pelecinus
Trifolium glomeratum
Trifolium cherleri
Free description (facultative)
Il y a 0 fiche.
Saint Dionisy (30)
Organization
FAB'LIM
Saint Dionisy (30)
Type of ecosystem
Monospecific culture
Working group
WG 3: Socio-economic
Location
Saint Dionisy
Site manager
Armelle Dongois
Purpose of the experimentation
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Armelle is a nursery gardener. She is passionate by wild flowers. She started her activity recently with the wish to produce some wild species. It’s not her main activity but she will be interested in developing it if the projects fits with her planning.
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Armelle is a nursery gardener. She is passionate by wild flowers. She started her activity recently with the wish to produce some wild species. It’s not her main activity but she will be interested in developing it if the projects fits with her planning.
List of species sown
. Knautia integrifolia,
. Lathyrus ocrus,
. Phalaris aquatica,
. Salvia verbenaca,
. Scabiosa atropurpurea,
. Urospermum dalechampii,
. Vicia serratifolia
. Knautia integrifolia,
. Lathyrus ocrus,
. Phalaris aquatica,
. Salvia verbenaca,
. Scabiosa atropurpurea,
. Urospermum dalechampii,
. Vicia serratifolia
Protocol
Surface planted
100 m²
Protocol
1-Production of planting in greenhouses
2-Tillage of the soil to prepare the planting step
3-Seedlings were planted in the end of winter/beginning of spring.
4-Density is around 15 seedlings/m²
5-Cultural operations (watering, weeding, ..)
6-Harvesting in the summer (manual or mechanical)
Surface planted
100 m²
Protocol
1-Production of planting in greenhouses
2-Tillage of the soil to prepare the planting step
3-Seedlings were planted in the end of winter/beginning of spring.
4-Density is around 15 seedlings/m²
5-Cultural operations (watering, weeding, ..)
6-Harvesting in the summer (manual or mechanical)
Technical report available
Oui
Il y a 0 fiche.
Saint Etienne de l’Olm - Arcadie (30)
Organization
FAB'LIM
Saint Etienne de l’Olm - Arcadie (30)
Type of ecosystem
Monospecific culture
Working group
WG 3: Socio-economic
Location
Saint Etienne de l’Olm
Site manager
Yoachim Gruzelle
Purpose of the experimentation
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements. The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Yoachim is interested in trying knew kind of productions. He used to produce calendula to collect flowers and adding them to herbal tea mixes. He produces lavandula, thymus on the farm, he want to add wild flowers in his crops.
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements. The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Yoachim is interested in trying knew kind of productions. He used to produce calendula to collect flowers and adding them to herbal tea mixes. He produces lavandula, thymus on the farm, he want to add wild flowers in his crops.
List of species sown
Bromopsis erecta,
Knautia integrifolia,
Lolium rigidum,
Melilotus indicus,
Nigella damascena,
Phalaris aquatica,
Salvia verbenaca,
Scabiosa atropurpurea,
Tragopogon porrifolius,
Trifolium incarnatum var.molinerii,
Glaucium flavum
Bromopsis erecta,
Knautia integrifolia,
Lolium rigidum,
Melilotus indicus,
Nigella damascena,
Phalaris aquatica,
Salvia verbenaca,
Scabiosa atropurpurea,
Tragopogon porrifolius,
Trifolium incarnatum var.molinerii,
Glaucium flavum
Protocol
Surface planted
259 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Surface planted
259 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Technical report available
Oui
Il y a 0 fiche.
Saint Pons-de-Mauchiens - Mas de la Victoire (34)
Organization
FAB'LIM
Saint Pons-de-Mauchiens - Mas de la Victoire (34)
Type of ecosystem
Monospecific culture
Working group
WG 3: Socio-economic
Location
Saint Pons-de-Mauchiens
Site manager
Sébastien Blayac
Purpose of the experimentation
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Sebastien is a olive and lavendulan producers passionated by botanic. He want to enrich the biodiversity within his crops. He has collecting machine that could be very adapted to wild flower seeds.
Experiment the production of wild flowers seeds according to the Vegetal Local label requirements.
The aim is to collect data concerning the production of 26 Mediterranean species among a group of 7 producers with various profiles. Information on the plants behavior and the plot management will be gathered in tables in order to improve the knowledge on the multiplication of these species. The final goal is to produce a proportion of these 26 species in larger plots.
Sebastien is a olive and lavendulan producers passionated by botanic. He want to enrich the biodiversity within his crops. He has collecting machine that could be very adapted to wild flower seeds.
List of species sown
Aegilops ventricosa,
Knautia integrifolia,
Lathyrus ocrus,
Medicago minima,
Salvia verbenaca,
Urospermum dalechampii,
Vicia serraifolia
Aegilops ventricosa,
Knautia integrifolia,
Lathyrus ocrus,
Medicago minima,
Salvia verbenaca,
Urospermum dalechampii,
Vicia serraifolia
Protocol
Surface planted
110 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Surface planted
110 m²
Protocol
Production of planting in greenhouses
Tillage of the soil to prepare the planting step
Seedlings were planted in the end of winter/beginning of spring.
Density is around 15 seedlings/m²
Cultural operations (watering, weeding, ..)
Harvesting in the summer (manual or mechanical)
Technical report available
Oui
Il y a 0 fiche.
Urban garden in Valencia
Organization
Fundación Global Nature
Urban garden in Valencia
Type of ecosystem
Other
Working group
WG 4: Socio-territorial
Location
Valencia
Site manager
Ayuntamiento de Valencia
Purpose of the experimentation
The aim of this pilot was to test 3 types of seed mixes adapted to different conditions of the public garden. The 3 interventions were agreed with the local authority and the gardeners. One intervention was done in a semi-shaded area, another one was a grassland type garden and the third one was a plot in the middle of a urban orchard. In the three cases, the objective was to create appealing gardening sites with native species and enhancing the number of pollinators.The test was performed in 2021 and 2022, and during 2022 and 2023 the self replication of the communities established will be followed-up. During the testing, 4 plant inventories were done as well as monitoring of the pollinators' activity using FGN's methdology from Observatorio de la Biodiversidad Agraria.
List of species sown
The list of species used as well as the degree of establishment can be found in a specific report attached.
Protocol
The document attached includes all the details regarding the plots, list of species and results achieved Report_GT4_pilot_Valencia.docx (1.9MB)
Update interventions
Contributor
Organization
Fundación Global Nature
Name
Jordi Domingo
Experimental site
Urban garden in Valencia
Update interventions
Date (or period) of the observation
November 2022
Description / Observations
As detailed in the results' report, the first phase of the pilot in the urban garden of Valencia was finished in summer 2022. In the 3 interventions, we could see a great development of the native seeds, both in terms of soil coverage and representativity of the plant community (low deviation from the mixes used). Pollinators' activity was also assessed through specific methdologies, resulting in a very high abundance and diversity of pollinators compared to other areas.
As this pilot has a strong aesthetic component, it was decided to remove the vegetation in the plots once the plants had produced the new seeds (end of June 2022). Plants were left on the ground, as a mulch layer, with the objective of having a good resowing capacity. During the winter (2022-2023) plots will be monitored for assessing plant re-growth, and if the weather conditions allow, a complete assessment will be done in March 2023.
As this pilot has a strong aesthetic component, it was decided to remove the vegetation in the plots once the plants had produced the new seeds (end of June 2022). Plants were left on the ground, as a mulch layer, with the objective of having a good resowing capacity. During the winter (2022-2023) plots will be monitored for assessing plant re-growth, and if the weather conditions allow, a complete assessment will be done in March 2023.
Vigne de Cocagne
Organization
CEN Occitanie
Vigne de Cocagne
Type of ecosystem
Vineyard
Working group
WG 2: Scientific
Location
Domaine de Mirabeau
Site manager
Jean-Charles THIBAUT
Purpose of the experimentation
The purpose was to test the behavior of several seed mixes in a vineyard.
The goals of restauration were to :
- Increase vegetation cover especially of annual Fabaceae ;
- Increase biodiversity especially density of auxiliary organisms ;
- Increase frequency and duration of attractive flowers ;
- Reduce erosion ;
- Improve soil structure.
The goals of restauration were to :
- Increase vegetation cover especially of annual Fabaceae ;
- Increase biodiversity especially density of auxiliary organisms ;
- Increase frequency and duration of attractive flowers ;
- Reduce erosion ;
- Improve soil structure.
List of species sown
Asphodelus fistulosus
Astragalus hamosus
Bituminaria bituminosa
Blackstonia perfoliata
Brachypodium distachyon
Brachypodium phoenicoides
Bromus lanceolatus
Centaurium tenuiflorum
Crepis zacintha
Dactylis glomerata hispanica
Dorycnium herbaceum
Gaudinia fragilis
Lathyrus hirsutus
Lathyrus ochrus
Linum usitatissimum ssp. angustifolium
Lolium rigidum
Lotus glaber
Lotus herbaceus
Lotus maritimus
Medicago arabica
Medicago ciliaris
Medicago lupulina
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago praecox
Medicago rigidula
Medicago rigidula
Medicago scutellata
Onobrychis caput-galli
Phalaris brachystachys
Salvia verbenaca
Scorpiurus subvillosus
Taraxacum obovatum
Trifolium angustifolium
Trifolium campestre
Trifolium incarnatum molinerii
Trifolium squamosum
Trifolium stellatum
Trifolium tomentosum
Trigonella elegans
Trigonella sicula
Trigonella smallii (= Melilotus indicus)
Verbascum boerhavii
Vicia lutea
Vicia sativa nigra
Vicia serratifolia
Vicia villosa
Xeranthemum cylindraceum
Astragalus hamosus
Bituminaria bituminosa
Blackstonia perfoliata
Brachypodium distachyon
Brachypodium phoenicoides
Bromus lanceolatus
Centaurium tenuiflorum
Crepis zacintha
Dactylis glomerata hispanica
Dorycnium herbaceum
Gaudinia fragilis
Lathyrus hirsutus
Lathyrus ochrus
Linum usitatissimum ssp. angustifolium
Lolium rigidum
Lotus glaber
Lotus herbaceus
Lotus maritimus
Medicago arabica
Medicago ciliaris
Medicago lupulina
Medicago minima
Medicago orbicularis
Medicago polymorpha
Medicago praecox
Medicago rigidula
Medicago rigidula
Medicago scutellata
Onobrychis caput-galli
Phalaris brachystachys
Salvia verbenaca
Scorpiurus subvillosus
Taraxacum obovatum
Trifolium angustifolium
Trifolium campestre
Trifolium incarnatum molinerii
Trifolium squamosum
Trifolium stellatum
Trifolium tomentosum
Trigonella elegans
Trigonella sicula
Trigonella smallii (= Melilotus indicus)
Verbascum boerhavii
Vicia lutea
Vicia sativa nigra
Vicia serratifolia
Vicia villosa
Xeranthemum cylindraceum
Protocol
The experimental site consists of 16 10m2 plots between 4 rows of vine. Each of them is 1m large for 10m long.
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The semix was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
Surface tillage, with a scrubbing of the vegetation and passage of a toothed cultivar to 15 cm depth without turning the horizons, just to prepare the seed bed.
The semix was done on the fly, in 2 passes. A first passage with the smallest seeds mixed with a substrate to homogenize (sawdust), a second with the largest seeds. The soil was raked (for hoe mixing) and a roller was passed to compress the soil.
Free description (facultative)
Monitoring
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
- Presence of related fauna (pollinators, spiders, orthoptera...)
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Indicators wanted
- List of species that were successfully installed (with reproductive success : new seeds produced on the site)
- Percentage of target community developed after one/two years
- Presence of related fauna (pollinators, spiders, orthoptera...)
Corresponding protocol or methods
- phytosociological survey on each plot : list of all species developed in the plot, with cover index for each of them ; in addition, cover index for vegetation (all species) / bare soil / litter for each plot. Minimum three surveys /year for each plot.
- protocol for related faune to be defined : probably an exhaustive assessment 3 times/year.
Analyses de terres
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Vigne de Cocagne
Analyses de terres
Date (or period) of the observation
2021-2023
Description / Observations
analyses_terres_vignedecocagne.pdf (9.8MB)
Autorisation d'occupation temporaire
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Vigne de Cocagne
Autorisation d'occupation temporaire
Date (or period) of the observation
2021
Description / Observations
autorisaton_occupation_vigne_de_cocagne.pdf (0.5MB)
Key figures after one year
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Vigne de Cocagne
Key figures after one year
Date (or period) of the observation
2022
Description / Observations
List of species that were successfully installed
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Vigne de Cocagne
List of species that were successfully installed
Date (or period) of the observation
2022
Description / Observations
Rapport technique
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Vigne de Cocagne
Rapport technique
Date (or period) of the observation
2020-2023
Description / Observations
1_rapporttechnique_vigne_cocagne_final.pdf (2.4MB)
Suivi des essais année 1
Contributor
Organization
CEN Occitanie
Name
Sofia Rossi
Experimental site
Vigne de Cocagne
Suivi des essais année 1
Date (or period) of the observation
2021-2022
Description / Observations
suivi_vigne_annee_1.pdf (4.9MB)