Overview
Sections

project - EIP-AGRI Operational Group

ECOLOGICAL SEQUENCING REPRODUCTION TECHNOLOGY FOR BLACK CORRUPT (ARONIA MELANOCARPA)
TEHNOLOGIE DE ÎNMULȚIRE CU SECVENȚE ECOLOGICE LA SCORUȘUL NEGRU (ARONIA MELANOCARPA)

Contacts
To download the project in a PDF format, please click on the print button and save the page as PDF
Completed | 2023 Romania
Completed | 2023 Romania
Currently showing page content in native language where available

Context

From the research done till now, the black chokeberry, a species with high market demand, has seen poor results in the multiplication by classical methods: seeds, cuttings. The solution identified by GO members is made up of several elements that are represented by: 1. In vitro multiplication of the species, has proven to be the best multiplier method; 2 the use of a performing variety in the present Merlom variety 3. shortening the time of plant production by conducting the rooting of in vitro cuttings simultaneously with acclimatization (rooting-acclimatization in vivo) and application of ecological nutrition and protection technological sequences with monitoring influence factors (temperature, humidity, nutritional requirement). Starting from the ones presented in the implementation of this long-term project will meet important requirements:- the traceability of the products obtained in the present case of the planting material of aronia;-dimensioning production of seedlings according to requirements; -use of a valuable variety and of the latest technical knowledge, application of ecological sequences that will allow the elimination of the use of chemical synthesis pesticides, The project proposal ends with the achievement of top scientific and technological results, impacting at the level of the economic agents, which will increase the competitiveness of the Romanian fruit

Objectives

Efficiency of the production of black chokeberry (A melanocarpa) by implementing some ecological sequences in micropropagation process.    The project will solve a important problem, ensure the technical-scientific standards and their application in the obtaining of products with a high demand on the market: planting material of black chokeberry. The partners propose the transfer of in vitro propagation technology and rooting - acclimatization, in vivo, fortification with ecologic sequences for Melrom high production variety

Objectives

Eficiența producției de aronia neagră (A melanocarpa) prin implementarea unor secvențe ecologice în procesul de micropropagare. Proiectul va rezolva o problemă importantă, va asigura standardele tehnico-științifice și aplicarea acestora în obținerea de produse cu mare cerere pe piață: material săditor de aronia.Proiectul va rezolva o problemă importantă, va asigura standardele tehnico-științifice și aplicarea acestora în obținerea de produse cu mare cerere pe piață: material săditor de aronia. Partenerii propun transferul tehnologiei de propagare in vitro și înrădăcinare - aclimatizare, in vivo, fortificare cu secvențe ecologice pentru soiul de mare producție Melrom.

Activities

1 . Establishment of project-solution design guidelines. Making investments - by nature of the equipment. 2. Create a WEB project page; Project Opening Conference. 3. Establishment of aronia modules. 4. Diseminating results-popularization works; manifestation, "Day of open gates". 6. Applying established solutions. 6.Diseminating results. Organization of seminars. 7. Dissemination results. Project Closing Conference. Will be tset up two aronia multiplication pilot modules with application of organic sequences in the acclimatization / rooting and fortification phase , with the monitoring of the factors: environment, nutrition.

Activities

Stabilirea ghidurilor proiect-soluție de proiectare. Efectuarea de investiții - după natura echipamentului. Creare pagină de proiect WEB; Conferinta de deschidere a proiectului. Stabilirea modulelor de aronia. Înființarea modulelor de aronie. Diseminarea rezultatelor-lucrări de popularizare; Manifestare, „Ziua porților deschise”. Aplicarea solutiilor stabilite.   Organizarea de seminarii.  Diseminarea rezultatelor. Conferinta de inchidere a proiectului. Se vor înființa două module pilot de multiplicare a aroniei cu aplicarea secvențelor organice în faza de aclimatizare/înrădăcinare și fortificare, cu monitorizarea factorilor: mediu, nutriție.

Project details
Main funding source
Rural development 2014-2020 for Operational Groups
Rural Development Programme
2014RO06RDNP001 Programul Național de Dezvoltare Rurală pentru perioada 2014 - 2020
Location
Main geographical location
Hunedoara
Other geographical location
Argeş, Prahova

EUR 472 999.00

Total budget

Total contributions from EAFRD, national co-financing, additional national financing and other financing.

Project keyword

Resources

Audiovisual materials

Currently showing page content in native language where available

4 Practice Abstracts

We want to develop technology, services and new products that have a major socio-economic impact. The quality-price ratio, the quantity and the quality of the obtained plants will be clearly superior to the one obtained until the implementation of the project results. Increasing the quality of planting material will make it possible to approach new markets. Through the expertise acquired following the realization of the project, the producers of planting material on the national and international market, will have access to special technologies for the production of plants in organic farming system, these being more and more sought after by consumers.

View detail page

Se dorește dezvoltarea tehnologiei, a serviciilor si a unor produse noi care sa aibă un impact socio-economic major. Raportul calitate-preț, cantitatea si calitatea plantelor obținute va fi net superioara celei obtinute până la implementarea rezultatelor proiectului. Cresterea calității materialului saditor va face posibila abordarea de noi piețe. Prin expertiza dobândită în urma realizării proiectului, producătorii de material săditor de pe piașa națională și internațională, vor avea acces la tehnologii speciale de producere a plantelor în sistem de cultură ecologic, acestea fiind din cec în ce mai căutate de consumatori.

View detail page

►Establishment at RIFG Pitesti of a pilot module for micropropagation of black currant; ►Transfer from RIFG Pitesti to SC Landcor Agro SRL of the in vitro propagation protocol for the Melrom variety, stages: regeneration, multiplication, rooting and of a batch of in vitro plants; ►Implementation of the Enten monitoring system of environmental factors in the modules from RIFG Pitesti and SC Landcor Agro SRL; ►Training for the application of precision monitoring in the two pilot models created.

View detail page

►Infiintarea la RIFG Pitesti a unui modul pilot pentru micropropagarea coacazelor negre; ►Transfer de la RIFG Pitesti catre SC Landcor Agro SRL a protocolului de inmultire in vitro pentru soiul Melrom, etape: regenerare, inmultire, inradacinare si a unui lot de plante in vitro; ►Implementarea sistemului de monitorizare Enten a factorilor de mediu în modulele de la RIFG Pitești și SC Landcor Agro SRL; ►Instruire pentru aplicarea monitorizării de precizie în cele două modele pilot create.

View detail page

Obtaining improved technologies that refer in particular to the production of planting material in limited spaces: in vitro cultures and in protected spaces cultures in containers (pots), ensures the increase of the reproduction capacity of some species. The production of propagating material in the private sector will complement the structure of private nurseries, which will result in a continuous flow throughout the year, which ensures the permanence and qualification of workers

View detail page

Obținerea de tehnologii îmbunătățite care se referă în special la producția de material săditor în spații limitate: culturi in vitro și culturi în spații protejate în recipiente (ghivece), asigură creșterea capacității de reproducere a unor specii. Producția de material de înmulțire în sectorul privat va completa structura pepinierelor private, ceea ce va avea ca rezultat un flux continuu pe tot parcursul anului, care asigură permanența și calificarea muncitorilor.

View detail page

The regeneration of explants into viable shoots was over 80% on media consisting of macroelements, microelements, amino acids and basic vitamins with a hormonal balance consisting of: 0.1 mg/l GA3 (gibberellic acid) + 1.0 mg/l BAP (benzylaminopurine) + 0.1 mg/l AIB/ANA (Indolylbutyric acid). Fe EDTA, agar and sucrose were added to the culture media. The multiplication yield is an average of 10 shoots per bush, for a total of 5 subcultures, on media consisting of macroelements, microelements, vitamins, basic amino acids with a hormonal balance consisting of: 0.1 mg/l GA3 (gibberellic acid) + 1.0 mg/l BAP (benzylaminopurine) + 0.1 mg/l AIB/AIA (Indolylbutyric acid). Variants with other hormone balances were also made, but a lower multiplication yield was obtained. Rooting on the established medium formula was 81%. The hormonal balance was composed of: 0.1 mg/l GA3 (gibberellic acid) + 0.7 mg/l AIB (indolylbutyric acid).

View detail page

Regenerarea explantelor în lăstari viabili a fost de peste 80% pe medii formate din macroelemente, microelemente, aminoacizi și vitamine bazice cu un echilibru hormonal format din: 0,1 mg/l GA3 (acid giberelic) + 1,0 mg/l BAP (benzilaminopurină) + 0,1 mg/l AIB/ANA (acid indolilbutiric). Fe EDTA, agar și zaharoză au fost adăugate în mediul de cultură. Randamentul de înmulțire este în medie de 10 lăstari pe tufă, pentru un total de 5 subculturi, pe medii formate din macroelemente, microelemente, vitamine, aminoacizi bazici cu echilibru hormonal format din: 0,1 mg/l GA3 (acid giberelic) + 1,0 mg/l BAP (benzilaminopurină) + 0,1 mg/l AIB/AIA (acid indolilbutiric). Au fost realizate și variante cu alte echilibre hormonale, dar s-a obținut un randament de multiplicare mai mic. Înrădăcinarea pe formula medie stabilită a fost de 81%. Bilanțul hormonal a fost compus din: 0,1 mg/l GA3 (acid giberelic) + 0,7 mg/l AIB (acid indolilbutiric).

View detail page
Currently showing page content in native language where available

Contacts

Project coordinator

Project partners

  • INSTITUTUL DE CERCETARE-DEZVOLTARE PENTRU POMICULTURĂ PITEȘTI-MĂRĂCINENI

    Project partner

    catitasarpe@hotmail.com Research institute

  • SC Enten Systems SRL

    Project partner

    nicu@enten.ro SME