Institute of Genetics,
Physiology and Plant Protection

Head of the laboratory: doctor habilitatus in biology, professor, Merited Person of the Republic of Moldova, Laureate of the National Prize, Volosciuc Leonid.

Research team: Pânzaru Boris, PhD, Researcher Coordinator, Nicolaev Arcadie, PhD, Senior Researcher, Şcerbacov Tatiana, PhD, Senior Researcher, Samoilov Anna, PhD, Senior Researcher, Stângaci Aurelia, PhD, Senior Researcher, David Tatiana, Researcher, Zavtoni Pantelimon, Researcher, Lungu Andrei, Junior Researcher, Crucean Ștefan, Junior Researcher, Harciuc Oleg, PhD, Senior Researcher (0,5), Curiev Loredana, Junior Researcher (0,5) and 3 tehnicians I (Benderleu Ana, Stașevscaia Larisa, Grinișin Vasile).

Laboratory of Phytopatology and Biotechnology as a part of  scientific subdivision of the  Institute of Genetics, Physiology and Plant Protection represents a scientific research structure specialized on the  identification of plant diseases causative agents, development and implementation of microbial products for plant protection.  

Mission of the laboratory in the framework of the academic activities is investigation, innovation, counseling and technology transferring, as well as counseling of the decision-making bodies, empowering companies and government agencies to actively promote sustainable and inclusive development by elaborating and implementing modern biotechnologies for phytosanitary problems solving and organic agriculture promotion.

Strategic priorities:

1. Conducting research, counseling and analysis based on the identification of plant diseases causative agents, elaboration and implementation of microbial plant protection products.
2. Empowering communities and phytotechnical companies to support the development and implementation of services aimed at ensuring food safety, food security and favorable environmental conditions.
3. Strengthening the relationship between science and education, training students in research, supporting young researchers, and implementing national, regional, and international cooperation in research, innovation, and technology transfer.
4. Promoting the development and dissemination of knowledge and the development of a knowledge-based society.

Laboratory of Phytopatology and Biotechnology was fond in 1976 by merging several divisions of the institute (Lab. of Virology, Bacteriology and Protozoan Diseases, Lab. of Entomopathogenic microorganisms, Lab. of Experimental Mycology, Lab. of Microbial Protection, Lab. of Phytopathology, Lab. of Biotechnology), which had been organized at the different stages of the Institute’s development. The laboratory staff work on achieving the following goals:

-    isolation, identification and improvement of phytopathogenic and useful microorganisms strains (viruses, bacteria, actynomycetes, fungi) for determination of their impact against agricultural crops and elaboration of the schemes for their utilization in the plant disease control.
-    elaboration of the methodological procedures and methods for identification and determination of the biological particulariries of perspective useful microbial agents (viruses, bacteria, actynomycetes, fungi) for producing and application of biological products for agricultural crops protection;
-    elaboration of the technological and biotechnological procedures for producing and application microbial products on the basis of viruses, bacteria, actynomycetes, fungi against disease causative agents and pests;
-    elaboration, testing and approval of the microbial products against harmful organisms for the main groups of the agricultural crops protection;
-    elaboration of the technological procedures and technologies of biological products application for plant protection in conventional and organic agruculture;
-    verification in production and implementation of laboratory and world achievements in agriculture and forestry of the Republic of Moldova;
-    promotion of scientific, technical achievements and advanced production technologies;
-    extension activity, training and professional development of specialists in the field of plant protection in conventional and organic agriculture;
-    participation in the development of the legislative framework in the field of plant protection and ecological agriculture as one of the priority area of the Institute's research and is based on the implementation of a number of basic provisions in the Republic of Moldova, the functionality of which is indispensable in connection with the study of many aspects of activity, first of all those included in the technological and research strategy.

Logistic potential

Investigations are carried out in 10 laboratory rooms intended for research in microbiology and production of microbial plant protection products.

Researchers are provided with 3 microscopes MBI-15, 7 microscopes MBI-1, MBI-3, Biolam and Biolar, 6 horizontal autoclaves, 8 water and warm air incubators, 6 fridges, 7 sterilizers with hot air, 2 centrifuges, 6 magnetic stirrers, 2 installations for the cultivation of microbial biomass, which are older than 15-25 years, cameras, photocolorimeters, installations in air conditioning cameras, computers, printers, scanners, photocopiers and cameras.

Financial resources

Investigations are funded according to the institute's cost estimates and do not have separate accounting. As a subdivision of a budgetary institution, laboratory got from the state budget the sums required for scientific activity in the framework of some projects. The laboratory team obtained grants as extra-budgetary sources.

In the framework of the International INTAS contract „Development of production technologies of biological means to protect the environment” in collaboration with the Research Station for Invertebrate Pathology (Saint-Cristol-Lez-Ales, France) and Institute for Biological Plant Protection (Darmstadt, Germany) investigation were funded in the amount of 30 000 ECU, and in the INTAS project  “Microbial preparations for plant protecţion in the sustainable agriculture” the amount of 20 000 ECU has been obtained.   

Within the MRDA/CRDF grant "Baculoviral Preparations for Environment Protection in the Sustainable Agriculture” 40 000 USD have been received. The MRDA/CRDF grants „Scientific Cooperation Program. Isolation and Identification of Entomopathogenic Nematodes for Control of Insects in Moldova” has been funded by 30 000 USD.

Scientific Results    

The laboratory team isolated and identified over 500 strains of microorganisms, selected the perspective ones as the pests and pathogens control agents and elaborated 5 viral, 6 fungal and 2 bacterial preparations, which are applied extensively in conventional and organic agriculture.

•    TRIHODERMIN-BL, for control of white, gray and root rot of vegetable, ornamental, leguminous crops, as well as tobacco seedlings; gray rot on strawberries and grape; cucumber ascochytosis, fusariosis and vegetable verticillosis. It is used against gray rot on vines 3-18 days before harvesting grapes, when the application of chemicals is prohibited, and the disease can bring 30-90% losses.
•    NEMATOFAGIN-BL-for control root nematodes in vegetable crops, strawberries, garlic, especially in greenhouse soils.
•    RIZOPLAN - for root rot of cereals and tobacco control. Tests of Rizopan on different crops showed high efficiency at a price 5-10 times lower than that of chemicals.
•    VIRIN-ABB-3 - for the fall webworm caterpillar (Hyphantria cunea) control in orchards, forests and parks. Since the pest attacks more than 200 trees species, the application of the VIRIN-ABB-3 is necessary in urban, recreational areas, on the side of roads, where the use of chemical preparations is not allowed.
•    VIRIN-KS-   for to control the cabbage moth (Mamestra brassicae) on cabbage, tomatoes, vegetables. The preparation is based on the cabbage moth nuclear polyhedrosis virus.
•    VIRIN-OS - for the control of turnip moth (Agrotis segetum) and moths of the genus Agrotis (Ypsilon, Exclamators) in vegetable, technical crops (tobacco, sugar beet), pumpkins and medicinal herbs.
•    VIRIN-HS-2 - for the control of the cotton bollworm and the bollworms of the genus Heliothis. The necessity for widespread use of this preparation is conditioned by the fact that there has been a sudden increase in the attack of cotton bollworm in recent years, especially during the tomato harvest period, when the application of chemical preparations is prohibited.
•    PAURIN – Pseudomonas  fluorescens CR-330D, patent  №182544,  registarted in the National Collection of RM № CNMN-Ps B-04, for bacterial cancer in fruit and wine crops control, as a stimulant for growing tomatoes in unheated greenhouses, control of bacterial diseases in potatoes, onions and peppers.

Measures for biological products approving were taken which allowed to cover the need for alternative means of plant protection in both intensive and organic agriculture.

Technological processes for the production and application of microbial products were elaborated and the technological documentation for the state registration (technological production regulations, technical indications and methodological application recommendations) of biological products was submitted: based on fungi - Trichodermin-SC applied at grapes, sunflowers, cereals and vegetables, Gliocladin-SC applied for the sunflowers and vines protection, Coniotirin-SC for sunflowers white rot control, Nematophagin-SC  - for Galician nematodes control; on entomopathogenic viruses base - the baculoviral preparation Virin-HS-P, based on the nuclear polyhedrosis virus,  for the cotton bollworm control; Paurin- bacterial preparation for the control of potato’s pathogens, which allows the control harmful organisms in organic and intensive agriculture systems.

The laboratory staff is currently working on the project „Synergism between natural factors and ecologically harmless microbial products of pests population density regulating for the protection of agricultural crops in conventional and organic agriculture” aimed at solving phytosanitary problems with the help of microbial products and natural and anthropogenic factors regulating the pests population density.

National and International cooperation

The laboratory members give lectures on t „Virology” for the 3rd year students of the Faculty of Biology and Pedology of the Moldova State University, as well as the normative course for the fourth year students from the Faculty of Horticulture of UASM.

In cooperation with colleagues from the Institute for Plant Protection in Tehran (Iran), research on baculoviruses (VPN and VG) in insects from the Noctuidae family identification was carried out. The laboratory staff presented a plenary report at the International Congress on Plant Protection carried out in Tehran.

In the framework of the MRDA/CRDF MBI-3003 grant investigations on elaboration of baculoviruses identification methods. This could be used for baculviruses preparations elaboration.

The laboratory members gave lectures on the courses of „Virology” and "Biotechnologies in Biological Protection" for students at the State University Dimitrie Cantemir and the Faculty of Horticulture of the State Agrarian University of Moldova, evolved as chairman of the state licensing and master's degree commissions from different universities.

The team members had retraining and research activities abroad in the Republic of Moldova:

•    Kiev, Kiev University and Institute of Microbiology and Virusology (1987, “Research and elaboration of microbiological preparation for plant protection);
•    Moscow, Moscow University “M.V.Lomonosov” and  Institute of Biotehnology  (1988) – Methods for quality control of microbial preparation for plant protection);
•    St.-Petersburg, Institute for Plant Protection (VIZR, 1988) – New formulations of microbiological preparation for plant protection);
•    Novosibirsk, Institute of Virusology (Koliţovo, 1989) – Elaboration of new methods for application of microbiological preparation for plant protection); 
•     Poznan, Institutul for Plant Protection, Poland (1990, 1995 - Microbiological preparation for combating of forest pest insects);
•    Saint-Cristol-Lez-Ales, Fellowship INRA invertebrate pathology research (Franţa, 1997, 1999) – New morphological methods for identification of microbiological agents for plant protection;
•    Bucureşti, Institutul for Plant Protection (România, 1998-1999) – Epizootological character of microbiological agents for plant protection;
•    Tehran, Islamic Republic Iran (Institutul for Plant Protection, 2001) – Use of biological plant protection means’s in the sustainable agriculture;
•    UK, DEFRA (Ministry of Agriculture of Great Britain, London, Oxford, Cambridge) -  2002 - Strategy improving the agricultural research and development system in the Republic of Moldova 2002-2010;
•    Davis  and Riverside, Universitaty of California, USA (2003) – Molecular-biological methods to research baculoviral preparations for environmental protection in the sustainable agriculture.
•    Praha, Universitaty of Agriculture din Czech Republic (a month) – Implementation of the Sustainable Agriculture in the Republic of Moldova (2004).
•    Departament of Agriculture (Washington, USA), University of California (Davis and Riverside, USA) - Implementation of the Ecological Agriculture in the Republic of Moldova (2007),
•    Sao-Paulo, Brazilian Ministry of the Environment, Conference dedicated to global environmental problems solving (2008).

List of the international projects/grants

•    Fundamental Institutional Project "Biotechnology of production and application of biological preparations to control harmful organisms". CSȘDT no. 11.817.04.12F. 2010-2014
•    Fundamental Institutional Project “Development of technologies for the production and application of ecologically harmless means of integrated protection of agricultural crops”. CSȘDT no. 15.817.05.06F. 2015-2018.
•    A STCU project on the theoretical bases for determining the biological properties of useful microorganisms and the elaboration in their base of biological plant protection preparations. 2012-2013.
•    A cross-border project between Ukraine and the Republic of Moldova on ensuring extension activities in the promotion of organic agriculture. 2017-2019.  

List of participations in national and international exhibitions

• Obtained Gold, Silver and Bronze Medals and Diplomas - 9 at various International Salons.

List of relevant publications

1.    ЧУХРИЙ, М.Г.; КАТАНА, В.Д.; ВОЛОЩУК, Л.Ф.; МЕНЧЕР, Э.М. Система методов идентификации вирусов ядерного полиэдроза. -Кишинев: «Штиинца», 1991. 45 с.
2.    VOLOȘCIUC, L.T.; POSTOLACHE-CĂLUGĂRU, A.;VULPE, S. Biologie. Manual pentru clasa a XII-a. Chişinău: Lumina. 2004. 256 p.
3.    ANDRIEŞ, S.; BOINCEAN, B.; JIGĂU, GH. ; BATCU, M. ; GALUPA, D. Cod de Bune Practici Agricole, sub red. dr.hab. L.Voloșciuc. Chişinău: Mediul ambiant. 2007. 108 p.
4.    VOINEAC, V.; COVALIOV, B.; VOLOȘCIUC,  L.; TODIRAŞ, V.; GAVRILIŢA, L.; BATCO, M.; MALANCIUC, IU.; GAIBU, Z.; SOIA, N.; RAILEAN, N. Viermele vestic al rădăcinilor de porumb (Diabrotica virgifera virgifera Le Conte). MAIA. Chişinău. 2008. 22 p.
5.    VOINEAC, V.; COVALIOV, B.; VOLOȘCIUC, L.; TODIRAŞ, V.; GAVRILIŢA, L.; BATCO, M.; MALANCIUC, IU.; GAIBU, Z.; SOIA, N.; RAILEAN, N. Западный кукурузный жук (Diabrotica virgifera virgifera Le Conte). MAIA. Chişinău. 2008. 22 p.
6.    VOLOȘCIUC, L. Biotehnologia producerii şi aplicării preparatelor baculovirale în agricultura ecologică. Chişinău: Mediul ambiant, 2009, 262 p. ISBN 978-9975-9774-5-6.
7.    VOLOȘCIUC, L.  Probleme ecologice în agricultură. Chişinău: Bons Offices, 2009, 264 p. ISBN 978-9975-80-304-5.
8.    VOLOȘCIUC, L. Agricultura ecologică. Suport de curs. Chişinău: UnAȘM, 2012, 200 p. ISBN 978-9975-4372-6-4.
9.    Culegerea de articole „BIOLOGICAL CONTROL OF PEST USING TRICHOGRAMMA: CURRENT STATUS AND PERSPECTIVES”, edited by S.B. Vinson, S.M. Greenberg, T.-X. Liu, A. Rao, L.F Volosciuk.  Northwest A&F University Press, China, 2016. 496 p. ISBN 978-7-5683-0058-2.
10.    VOLOȘCIUC, L. Combaterea Integrată a Organismelor Dăunătoare (Ghid). Chișinău. Federația agricultorilor din Moldova. 2018. 65 p.
11.    VOLOȘCIUC, L. Producerea culturilor cerealiere și leguminoase pentru boabe în sistem ecologic. Chișinău. IGFPP. 2019. 65 p. ISBN 978-9975-3231-3-0.
12.    ТОДИРАШ, В.А.; СТРАТУЛАТ, Т.Г.; ГУНЧАК, В.М.; НАСТАС, Т.Н.; ВОЛОЩУК, Л.Ф.; БОТНАРЬ, В.Ф.; ГАВРИЛИЦА, Л.Ф.; ТРЕТЬЯКОВА, Т.Ф.; СОЛОМИЙЧУК, М.П.; ЗЕЛЯ, А.Г.; МОЛЧАНОВА, Е.Д.; ЛОБАН, Л.Л.; КОРДУЛЯН, Ю.В.; ЗЕЛЯ, Г.А. Биотехнологические средства защиты растений. Руководство по выбору, производству и применению для контроля основных вредителей и болезней cельскохозяйственных культур. Chișinău: Capatina-print S.R.L. - Pergament, 2019. 140 c.
13.    VOLOȘCIUC, L.; CEPOI, L. Microbiologie și Virusologie. Suport de curs. Chişinău: USDC, 2020, 375 p. ISBN 978-9975-3389-0-5.
14.    BOINCEAN, B.; VOLOŞCIUC, L.; RURAC, M.; HURMUZACHI, IU.; BALTAG,  G. Agricultura conservativă. Manual pentru producători agricoli şi formatori. Chișinău. IFAD. 270 p.

Patents

1.    Gorban V., Voineac V., Voloșciuc L., Bradovschi V., Batco M., Zavtoni P., Nastas T. Dispozitiv pentru sterilizarea și infectarea cu viruși a insectelor dăunătoare. Brevet de invenție de scurtă durată nr. 7893 din 04.09.2014.
2.    GORBAN V.; VOINEAC V.; VOLOSCIUC L.; BRADOVSCHII V.; BATCO M.; ZAVTONII P.; NASTAS T.  Dispozitiv pentru sterilizarea şi infectarea cu viruşi a insectelor dăunătoare. MD 831 din 2015.06.30.
3.    GORBAN, V.; VOINEAC, V.; VOLOSCIUC, L.; BRADOVSCHII,V.; BATCO, M.; NASTAS, T.; ZAVTONII, P. Devices for signaling, monitoring and combating harmful insects (ciclu de invenții MD 831, 2015.06.30, MD 864, 2015.08.31, MD 937, 2016.03.31).
4.    GORBAN, V.; VOINEAC, V.; TODIRAŞ, V.; BRADOVSCHI,I V., ŞLEAHTICI, V.;BATCO, M.; VOLOŞCIUC, L.; NASTAS, T.; ZAVTONII, P. Dispozitive pentru semnalizarea, monitorizarea şi combaterea insectelor dăunătoare. Brevete de scurtă durată: MD 831, 864  nr.8145 din 2015.06.11.
5.    ŞUBINA V., VOLOSCIUC L.  Mediu nutritiv pentru cultivarea tulpinii de bacteriene Bacillus subtilis CNMN-BB-09. Brevet de invenţie MD 1106 din 2017-07-31.
6.    ŞUBINA, V.; VOLOŞCIUC, L.; BURŢEVA, S. Procedeu de tratare a seminţelor de tomate înainte de semănat: Brevet de invenţie de scurtă durată eliberate. MD 1187 din 2018.04.30.

List of organized international and national scientific events

1. International Scientific Symposium „Protecția plantelor - Realizări și Perspective". Chişinău  October 19-22, 2009.
2. International Scientific Symposium „Protecția plantelor - Probleme și Perspective". Chişinău  October 30-31, 2012.
3. International Scientific Symposium„Protecția plantelor - Realizări și Perspective". Chişinău  Octombrie 27-28, 2015.
4. International Scientific Symposium „Plant Protection in Conventional and Ecological Agriculture". Chişinău, Decembrie 10-12, 2018.
5. International Scientific Symposium „Protecția plantelor - Realizări și Perspective". Chişinău  Octombrie 27-28, 2020.

Contacts:

Tel.: (+ 373 22) 78 20 57             
Fax: (+373 22) 55 61 80
E-mail: l.volosciuc@gmail.com

Salonul Internaţional al Cercetării, Inovării şi Inventicii “Pro Invent” este organizat de Universitatea Tehnică din Cluj–Napoca sub egida Ministerului Educaţiei Naţionale, Autoritatea Naţională pentru Cercetare Știinţifică.

În conformitate cu prevederilor art. 16 din Legea privind controlul financiar public intern (nr.

Head of laboratory:

NASTAS Tudor, doctor habilitat, associate professor (docent), principal investigator

Scientific potential:

15 scientific researchers, including: doctor habilitat - 1, doctors of science - 4, researchers - 1, trainee scientific researchers - 5, coordinating specialist - 1, entomologists - 2, technician - 1.

The Laboratory of Phytopharmacy and Ecotoxicology was founded in 2004. The laboratory currently consists of the following staff:

1    NASTAS Tudor, Dr. habilitat    Head of laboratory
2    GAVRILIŢA Lidia, Doctor    Research Coordinator
3    BRADOVSCHII Victor, Doctor    Research Coordinator
4    GLADCAIA Alla, Doctor    Senior researcher
5    VITION Pantelei, Doctor    Senior researcher
6    BRADOVSCAIA Natalia, Researcher
7    RUSU Iuliana, Trainee scientific researcher
8    GRIGOR Corina, Trainee scientific researcher
9    GHELETIUC Olesea, Trainee scientific researcher
10    REVENCO Marina, Maternity leave Trainee scientific researcher
11    ZAVATIN Maria, Maternity leave Trainee scientific researcher
12    NIȚĂ Uliana, Expert coordinator
13    MARDARI Maria, Entomologist
14    BUZATU Anna, Entomologist
15    BUTUCEL Marina, Technician

Scientific direction

• -    Research on the behaviour of phytophagous and entomophagous species and their monitoring in seasonal dynamics;
• -    Study of alternative means/tools for the monitoring of pests’ populations, on the base of biological active substances: pheromones and botanical active substance, and entomophagous;
• -    Assessment of the role of biological active substances and entomophagous in the regulating of the density of phytophagous population and phytopathogens;
• -    Estimation of biological efficacy, selectivity of biological active substances, and entomophagous;
• -    Development of the methods for the assessment of the efficacy of plant protection products based on biological active substances and entomophages and their incorporation into Integrated Pest Management System (IPM) strategies of plant protection;
• -    Assessment of the consequences in agrocenoses in the transition phase to new protection systems mainly based on biological active substances and biological agents. 

Scientific skills

The basic directions of the investigations are focused: • On the elaboration of methodological elements for the monitoring of the target pests by applying pheromone traps and those with light;  • On the assessment of the daily and seasonal behaviour of phytophagous; • On the assessment of the fertility of pests degree in seasonal dynamics and generations; • On the development of new biological pests control methods (sterilization, mass capture of males, disorientation);

Another important direction of the investigation concerns the elaboration of the new botanical active substances obtained from  different plant species and plant material; demonstration of the sufficient efficacy of botanical plant protection products in pest/weed/diseases control.

Other important directions of investigation concern: • monitoring of beneficial insects and assessment of entomophagous behavior; • elaboration of the methods for mass multiplication of laboratory hosts and entomophagous; • elaboration of the methodological elements for the use of entomophagous for the biological control of phytophagous; • monitoring of natural entomophagous, the highlighting of edifying species, and the appreciation of their biological effect on reducing the density of pests populations; • appreciation of the place of the developed biological methods in the IPM systems.

Pe aprecierea locului metodelor biologice elaborate în sistemele de protecție integrată a culturilor agricole.

Relevant results

It has been shown that the addition of the tocopherols component to the composition of the standard pheromone of the Heliothis armigera stalk has a significant influence on increasing the attractiveness of males by about 2 times compared to the standard composition and has synergistic properties. The re-evaluation of the enthological peculiarities of the pests Heliothis armigera and Agrotis segetum in the conditions of climate change showed that on the territory of the Republic of Moldova there is an extension of the flight start terms by about 15 days and the third generation - by 30 days. This factor extends accordingly to the harmfulness and aggressiveness of the populations of pests Heliothis armigera, Agrotis segetum - the development of three generations per season, and the moth Ostrinia nubilalis - two generations. It was found that the sexual correlation of the species Heliothis armigera (0.8♂: 1.2♀) differs from that of the species Agrotis segetum (1.3♂: 0.8♀). It has been shown that Heliothis armigera and Agrotis segetum are polygamous and can maintain up to 6 mating acts. The reproductive potential depends on the sequence of generations. It was shown that the application of the method of mass capture of Heliothis armigera and Agrotis segetum males influenced the reductions by about 50% compared to the control of the number of eggs laid on soybean and sweet corn. It was found that the monitoring in seasonal dynamics of the imago and egg stages of Heliothis armigera and Agrotis segetum and fixing the results on digital maps allows the appreciation of spatial distribution areas and the appearance of outbreaks depending on the phenological phases of soybean and sweet corn crops. The methodology for launching the Trichogramma and Bracon entomophagous has been modified due to which 52% of eggs and 56% of pest larvae have been parasitized. It was shown that the mixed composition of rhubarb leaves and roots has stimulating properties on seed germination, and has fungicidal effect on phytopathogens Fusarium. It was found that groups of natural entomomags (Chrysopa carnea, Сoccinella septempunctata, Adonia varigata, Harmonia axyridis, Epistrophe balteata) can control the development of pest populations in the Aphididae family. Their efficacy on the background of the application of biological agents as means of protection, was about the 65% on the reduction of the pest populations density in the Aphidoidea family. It has been shown that the application of the capturing and sterilizing the males method of the buhe complex reduces the number of eggs laid by 50%, performing 5 launches of the entomophagous Trichogramma leads to the parasitism of the 52% of the eggs of the buhe complex, and 7 launches of Bracon leads to the parasitism of the 56% of larvae. Due to the development of new methodological and technological elements for the consecutive chain application of biological agents, it has been shown that the attack of soybean and corn plants has been reduced to 2%, compared to 31% in the control.

Innovative aspects

The innovative aspect is confirmed by 3 patents:

1.    GORBAN, V., GAVRILIŢA L., Brevet de invenţie. Mod de înmulţire a moliei cerealelor. MD. № 665, 30.05.2014.
2.    GAVRILIŢA, L.; GORBAN, V.; NASTAS, T. Procedeu de producere a entomofagului Trichogramma spp. Numărul depozitului MD 0145. Z s2015-11-03.
3.    GAVRILIȚA, L.; GORBAN, V.; NASTAS, T. Procedeu de înmulțire a entomofagului Trichogramma. 2017. Cerere Nr.s20170068, Hotărâre de acordare Nr.8863 din 2017.10.09.

Experience in International Cooperation

1.    Bilateral International Project Romania-Moldova: “Detection of changes caused by light water (ddw) in phenotypic and genotypic polymorphism in Trichogramma species collected from polluted ecosystems”, 2010-2012.
2.    National project internally, organized by the National Center for Program Management, University of Agricultural Sciences and Veterinary Medicine of Banat, Romania. Application. Research to identify and capitalize on Trichogramma bioforms from agro- and silvo-ecosystems, the impact and management of the introduction of bioactive nanomaterials in oophagous propagation technology. 2011-2012.
3.    Bilateral International Project Romania-Moldova: „Use of Trichogramma species and other entomophagous in the control of defoliating insects in the parks of the Republic of Moldova and Romania„.13.820.14.09/RoA, 2012-2014.
4.    Bilateral International Project Moldova-Belarus “Biological argumentation of the ecological protection system of Solanaceae crops based on the diagnosis of the structure of pest and entomophagous populations in conditions of ecological stress”. 13.820.04.09/BF 2013-2014.
5.    EaPTC project coordinated by EaPTC-GIZ, “Strengthening Regional Capacities for Applying Environmentally Friendly Technologies in Integrated Pest Management Systems” (83248962) to.2018.

Relevant publications

Chapters in Monographs (International):

1.    GREENBERG, S; TSHERNYSHEV, W;  AFONINA, V; CATANA, V; GORBAN, V; GAVRILITSA, L; LIU, T. Subchapter 5.2: Production Trichogramma in factitious host eggs, and equipment needs.  Edited by VINSON, S; GREENBERG, S; LIU, T; RAO, A; VOLOSCIUK, L. Biological control of pest using Trichogramma: current status and perspectives. Northwest A&F University Press, China 2016. p.103-132. IFBN 978-5683-0058-2.
2.    TSHERNYSHEV, W;  SALMANOVA, L; AFONINA, V; GREENBERG, S; GAVRILITSA, L; OLIFER, V. Subchapter 14.1A: Changes in morphology, biology and behavior of Trichogramma during prolonged laboratory cultivation. Edited by VINSON, S; GREENBERG, S; LIU, T; RAO, A; VOLOSCIUK, L. Biological control of pest using trichogramma: current status and perspectives. Northwest A&F University Press, China 2016. p.359-367. IFBN 978-5683-0058-2
3.    TSHERNYSHEV, W; GAVRILITSA, L; GREENBERG, S; AFONINA, V; SALMANOVA, L. Subchapter 14.1B: The impact of Trichogramma passages through the natural host eggs on the initial biotype formation. Edited by VINSON, S; GREENBERG, S; LIU, T; RAO, A; VOLOSCIUK, L. Biological control of pest using trichogramma: current status and perspectives. Northwest A&F University Press, China 2016. p. 367- 372. IFBN 978-5683-0058-2.
4.    TSHERNYSHEV, W; GREENBERG, S; DAHIJA, A; AFONINA, V; GAVRILITSA, L; DYURICH, G. Subchapter 14.2: Intraspecific and interspecific interactions between Trichogramma spp. adults. Edited by VINSON, S; GREENBERG, S; LIU, T; RAO, A; VOLOSCIUK, L. Biological control of pest using trichogramma: current status and perspectives. Northwest A&F University Press, China 2016. p. 372-383. IFBN 978-5683-0058-2.
5.    TSHERNYSHEV, W; GREENBERG, S; AFONINA, V; ZOTOV, V; LEBEDEV, M; TSHERNYSHEV, W; GAVRILITSA, L. Subchapter 14.3.2: Influence of light and temperatures on rearing and reproductive potential. Edited by VINSON, S; GREENBERG, S; LIU, T; RAO, A; VOLOSCIUK, L. Biological control of pest using trichogramma: current status and perspectives. Northwest A&F University Press, China 2016. p. 391-394. IFBN 978-5683-0058-2.

Guide (international):

1.    Биотехнологические средства защиты растений. Руководство по выбору, производству и применению для контроля основных вредителей и болезней сельскохозяйственных культур. Коллектив авторов: Тодираш, В.; Стратулат, Т.; Гунчак, В.; Настас, Т. (4,0%), Волощук, Л.; Ботнарь, В.; Гаврилица, Л. (12,0%), Третьякова, Т.; Соломийчук, М.; Зеля, А.; Молчанова, Е.; Лобан, Л.; Кордулян, Ю.; Зеля, Г. Кишинэу, Типография «Căpățină-Print». 2019. 140 р. ISBN 978-9975-3231-6-1. 632.93(083.13). Б 637;

Guide (national):

1. GAVRILIȚA, L. Entomofagul Trichogramma în spaţiu şi în timp. Ghid ştiinţific prevăzut pentru specialiştii din protecţia plantelor, laboratoarele biologice, agenţii economici. Institutul de Genetică, Fiziologie şi Protecţie a Plantelor Ch.: Tipografia „Print-Caro”, 2016. 86 p. ISBN 978-9975-56-307.
2. GAVRILIȚA, L. Tehnologii de reducere a densității complexului de dăunători cu entomofagul Trichogramma la culturile agricole. Institutul de Genetică, Fiziologie şi Protecţie a Plantelor. Ghid științifico-practic. Chișinău, Тipografia «Căpățină-Print». 2019. 18 p.

Articles in reviewed international journals:

1. GAVRILITA, L. Trichogramma entomophage in integrated plant protection as means to reduce pests’ population density crops in Republic of Moldova. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (THOMSON, EBSCO, PROQUEST, COPERNICUS). Universitatea V. Alecsandri, Bacău, 2015, v. 24, nr. 2, 10-24, ISSN: 1224-919X.
2. VITION, P. Entomophage dynamics on nectariferous plants and tomato-crops. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (THOMSON, EBSCO, PROQUEST, COPERNICUS). Universitatea V. Alecsandri, Bacău, 2015, v. 24, nr. 2, 7-9, ISSN: 1224-919X.
3. GAVRILIŢA, L; NASTAS, T; GORBAN, V; MANIC, Gh; NEŢOIU, C; CORNEANU, M; VIŞOIU, D. Application of procedures for pest’s density monitoring in the public gardens from Republic of Moldova and Romania. Revista ”Biologie animală” (nevertebrate). Categoria B+, Indexată pentru bazele de date internaţionale (THOMSON, REUTERS, former ISI), Craiova, 2015, nr. 2, 139-144. ISSN: 1454-6914.
4. GAVRILIŢA, L. Biological control products stored in tackling complex grain moths. Revista ”Biologie animală” (nevertebrate). Categoria B+, Indexată pentru bazele de date internaţionale (THOMSON, REUTERS, former ISI), Craiova, 2015, nr. 3, 129-134. ISSN: 1454-6914.
5. ВИТИОН, П. Создание конвейера цветущих растений для питания энтомофагов. Журнал ”Защита и карантин растений”, Москва, 2015, № 7, 21-23.
6. BRADOWSKY, V; BRADOWSKY, N; NASTAS, T. State, problems and perspectives for development of the industrial entomophages rearing and their application. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Universitatea V. Alecsandri, Bacău, 2016, 25(2), 77-81. ISSN: 1224-919X.
7. GAVRILIŢA, L. Interspecific competition of Trichogramma sp. at its mass rearing. Revista “Muzeul şi cercetarea ştiințifică”. Secţia Ştiinţele Naturii a Muzeului Olteniei. Biologie animală (nevertebrate). Categoria  B+, P. Indexată pentru baze de date internaţionale (Thomson Reuters, former ISI). Craiova, 2016, nr. 1, 71-76.  ISSN 1454-6914.
8. GAVRILITSA, L. Influence of sterilization of Sitotroga cerealella Ol. eggs on biological indices and efficacy of Trichogramma. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Universitatea V. Alecsandri, Bacău, 2016, 25(2), 35-40. ISSN: 1224-919X.
9. GLADCAIA, A; VOLOSCIUC, L. The biological substantiation of application of antimicrobial properties of Rheum rhaponticum in plant protection. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Universitatea V. Alecsandri, Bacău, 2016, 25(1), 7-11. ISSN: 1224-919X.
10. NASTAS, T; GAVRILITA, L; BRADOWSKY, N; ELISOVETCAIA, D. The influence of the biological agents on the density suppression of Grapholitha funebrana Tr. population in plum crop. Revista ”Scientific Studies and Researches”. Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Universitatea V. Alecsandri, Bacău, 2016, 25(2),11-15. ISSN: 1224-919X.
11. RAILEANU, N; NASTAS, T; PATRASCU, T; ODOBESCU, V; ROSCA, Gh. Test of new dispensers for Heliothis armigera sex pheromone. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Universitatea V. Alecsandri, Bacău, 2016, 25(2), 31-34. ISSN: 1224-919X.
12. GAVRILITA, L. Influence of sterilization of Sitotroga cerealella Ol. eggs, and of passage on biological indices and efficacy of Trichogramma spp. În materialele Conferinţei științifice internaţionale “Studii și comunicări”. Secţia Ştiinţele Naturii a Muzeului Olteniei, Categoria B+, Indexată pentru baza de date internaţionale (Thomson Reuters, former ISI). Craiova, T. 33, nr.2, 2017, 102-106, ISSN 1454-6914.
13. GAVRILITA, L. The influence of interspecific competition of Trichogramma sp. to mass multiplication. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Univer. V. Alecsandri, Bacău, 2018, 27(2), 11-15. ISSN: 1224-919X.
14. GAVRILITA, L. Use of the biological control technology of products stored in tackling complex grain moths. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Universitatea V. Alecsandri, Bacău, 2018, 27(2), 22-26 ISSN: 1224-919X.
15. GLADCAIA, A; ZAVATIN, M; VOLOSCIUC, L. Determination of Rheum rhaponticum L. extracts insecticidal activity for Aphididae pests controlling. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Univer. V. Alecsandri, Bacău, 2018, 27(2), 7-10. ISSN: 1224-919X.
16. NASTAS, T; CHEPTINARI, V; GAVRILITA, L; BRADOVSCAIA, N; JELEZNEAC, E. Assessment of the suppression method of the population of Heliothis armigera Hbn. in soya crops by the consecutive use of different biological agents. Revista ”Scientific Studies and Researches”, Biology series. Indexată pentru patru baze de date internaţionale (Thomson, Ebsco, Proquest, Copernicus). Univer. V. Alecsandri, Bacău, 2018, 27(2), 16-21. ISSN: 1224-919X.
17. ГЛАДКАЯ, А.; ВОЛОЩУК, Л.; ТОДИРАШ, В.; НАСТАС, Т. Индукция иммунитета к фитопатогенам растений сои, кукурузы и рассады тыквенных культур в результате обработки экстрактами ревеня. Научно-теоретический и производственный журнал AGRARIAN SCIENCE, специальный выпуск к Международной научно-практической конференции «Иммунитет растений к инфекционным заболеваниям», посвященной 100-летию монографии Н. И. Вавилова, 25-28 июня, 2019 г, Том 3, стр.86-90. ISSN 0869-8155.

Articles in reviewed national journals:

1. NASTAS, T; RĂILEANU, N; CHEPTINARI, V; ROȘCA, Gh. Estimarea feromonilor sexuali a unor specii de buhă, sintetizați după schemele modificate. Revista ”Ştiinţa agricolă”, 2015, nr. 1, 67-70, ISSN: 1857-0003.
2. ВИТИОН, П. Оценка педобионтов и энтомофагов как биоидикатор к пестицидам Журнал ”Noosfera”, Chișinău, 2015, nr. 13, 113-123, ISSN: 1857-3517.
3. GLADCAIA, A; ȘERBACOVA, T; MERINIUC, L; NASTAS, T. Advantages of economic cultivation of the genus Rheum plants in the republic of Moldova, Journal of Botany. vol. IX, nr. 1(14). Chișinău 2017. 82-86. Categoria „B”, ISSN 1857-095X.
4. CHEPTINARI, V; NASTAS, T. Reevaluation of ethology particularities of imago Heliotis armigera depending on phenological phases of development soybean culture. Journal of Botany. vol. IX, nr. 1(14). Chișinău 2017. 105-108. Categoria „B”, ISSN 1857-095X.
5. ГЛАДКАЯ, А; ЩЕРБАКОВА, Т; ЛЕМАНОВА, Н. Особенности выращивания Rheum raponticum в условиях Молдовы. În revista ”Ştiinţa agricolă”, 2017. 49-54, Categoria „B”, ISSN 1857-0003.
6. КЕПТИНАРЬ, В; НАСТАС, Т; РЭЙЛЯНУ, Н; ГОРБАН, В. Анализ этологических и репродуктивных особенностей динамики развития популяции Heliothis armigera на протяжении сезона. În revista ”Ştiinţa agricolă”, nr.1, 2017. 44-48. Categoria „B”, ISSN 1857-0003.
7. ГЛАДКАЯ, А. Исследование лечебного и профилактического действия экстракта из корня Rheum rhaponticum с добавлением микроэлементов против Sphaerotheca fuliginea на рассаде культур сем. Cucurbitacea в теплице, Studia Universitatis Moldaviae, Nr.6(106), 2017, стр. 47-52, (катег. B) ISSN 1814-3237.

Articles in international digest:

1. GAVRILIŢA, L; NASTAS, T; GORBAN, V; NEŢOIU, C; CORNEANU, M; VIŞOIU, D. Application of procedures for pests’ density monitoring in the public gardens from Republic of Moldova and Romania. Simpozion ştiinţific Internaţional ”Conservarea Diversităţii Plantelor”. Journal of Botany, Chişinău, 2015, v. VII, nr. 1(10), 147-151, ISSN: 1857-095X.
2. GLADCAIA, A; CHEPTINARI, V; NASTAS, T. Influence of nectariferous plants on maintaining the natural balance in tomato field agrocenoses. Simpozion ştiinţific Internaţional ”Conservarea Diversităţii Plantelor”. Journal of Botany, Chişinău, 2015, v. VII, nr. 1(10), 110–114. ISSN: 1857-095X.
3. NASTAS, T; GAVRILITA, L; CHEPTINARI, V; RĂILEANU, N; BRADOWSKY, N; GLADCAIA, A. Procedeu ecologizat de protecție a tomatelor de dăunătorul Heliothis armigera Hbn. Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 356-359. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
4. РЭЙЛЯНУ, Н; НАСТАС, T; ПАТРАШКУ, Ф; РОШКА, Г. К вопросу о феромонных препаративных формах. Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 265-270. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
5. БРАДОВСКАЯ, Н; БРАДОВСКИЙ, В; НАСТАС, Т; ГАВРИЛИЦА, Л. Применение бракона (Bracon hebetor Say) в контроле численности хлопковой совки (Heliothis armigera Hbn.) в агроценозе томатного поля. Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 167-170. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
6. КЕПТИНАРЬ, В; НАСТАС, Т; РЭЙЛЯНУ, Н; ГЛАДКАЯ, А. Усовершенствование методов прогнозирования численности Heliothis armigera Hbn. В условиях Республики Молдова. Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 132-136. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
7. БРАДОВСКИЙ, В; БРАДОВСКАЯ, Н; ВОЙНЯК, В; ТОДИРАШ, В.  Перспективы применения биорациональных препаратов Actofit и Pelecol в контроле численности Tetranychus urticae Koch. в агроценозе соевого поля. Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 323-326. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
8. ГЛАДКАЯ, А; ЩЕРБАКОВА, Т. Влияние фенольных соединений экстракта из корня растений рода Rheum на сдерживание патогена Fusarium sporotrichiella (Bilai). Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 238-242. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
9. БРАДОВСКАЯ, Н; БРАДОВСКИЙ, В; БАТКО, М. Реальный путь применения бракона (Bracon hebetor Say.) в контроле численности лугового мотылька (Loxostege sticticalis L.). Research articles of the International scientific conference innovative and ecologically safe technologies in plant protection. Almaty, 2015, 65-69. ISBN: 978-601-74-16-53-9.
10. ГЛАДКАЯ, А; ТОДИРАШ, В; СТРАТУЛАТ, T. Исследование биологической эффективности фенольных соединений экстракта корня Rheum rhaponticum L в контроле мучнистой росы. Сборник материалов IX Международного симпозиума ИФР РАН. Москва, 2015, 247-251. ISBN: 978-5-9906617-8-3.
11. VITION, P. Role of nectariferous plants in entomophages dinamics. Simpozion ştiinţific Internaţional ”Conservarea Diversităţii Plantelor”. Journal of Botany, Chişinău, 2015, v. VII, nr. 1(10), 134-137. ISSN: 1857-095X.
12. VITION, P. Importanţa fitocenologică a plantelor nectarifere şi eteroaromatice în dinamica entomofagilor. Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 112-116. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
13. GAVRILIȚA, L. Optimizarea termenilor şi normelor de lansare a Trichogramma evanescens Westw. în combaterea dăunătorului Helicoverpa armigera Hb. cu ajutorul hărţilor digitale. Simpozionul ştiinţific Internaţional “Horticultura modernă – realizări şi perspective”, Chișinău, 2015, v. 42, 382-389. ISBN: 978-9975-64-125-8.
14. GAVRILITA, L. Aplicarea hărţilor digitale în evaluarea repartizării spaţiale a ouălor de Grapholitha funebrana Hb. la cultura de prun. Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 123-127. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
15. BUTNARU, G; GAVRILIŢA, L; SĂRAC, I; TIŢESCU, Gh. Motilitatea unor ecotipuri de Trichogramma evanescens West. în interdependenţă cu originea şi procesarea lor. Simpozionul Ştiinţific Internaţional “Protecţia plantelor – realizări şi perspective”, Информационный Бюллетень ВПРС МОББ. Chişinău. 2015, nr. 47, 7-12. ISBN: 978-9975-56-265-2:47 (ISBN: 978-9975-56-266-9).
16. КЕПТИНАРЬ, В; НАСТАС, Т; РЭЙЛЯНУ, Н; ГЛАДКАЯ, А; РОШКА, Г. Половые феромоны как средство для определения пространственного распределения Heliothis armigera Hbn. Школа молодых ученых  «Экологическая генетика культурных растений», Краснодар, М.: ОАО ”Щербинская тирография”, 2015, 92-101, ISBN 978-5-9243-0263-8.
17. GAVRILIŢA, L. Interspecific competition of Trichogramma spp. În: Conferinţa IX-a Internaţ. a Zoologilor „Valorificarea rațională și protecția lumii animale în contextul schimbărilor climatice”. Chişinău. 12-13 octombrie 2016. 129-131. ISBN. 978-9975-3022-7-2.
18. NITSOIU, C; GAVRILITSA, L; NASTAS, T; CORNEANU, M. Application of procedures for pest’s density regulation in the public gardens from Republic of Moldova and Romania. In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr.49. pp.187-192. ISBN 978-617-7337-46-0.
19. БРАДОВСКАЯ, Н; БРАДОВСКИЙ, В; НАСТАС, Т. Усовершенчтвование питательной среды для разведения Galleria mellonella – хозяина энтомофага Bracon hebetor. In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr. 49. pp. 55-57. ISBN 978-617-7337-46-0.
20. БРАДОВСКИЙ, В; БРАДОВСКАЯ, Н; БАТКО, М. Основные условия, определяющие осуществимость метода стерилизации природной популяции хлопковой совки (Heliothis armigera Hbn.). In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr. 49. pp. 49-51. ISBN 978-617-7337-46-0.
21. БРАДОВСКИЙ, В; БРАДОВСКАЯ, Н; ЗАВТОНИ, П; БАТКО, М. Новые препараты в интегрированной защите виноградной лозы от гроздевой листовертки (Lobesia botrana Shif.). In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr. 49. pp. 51-55. ISBN 978-617-7337-46-0.
22. ВИТИОН, П. Хищные энтомофаги сада центральной зоны Республики Молдова. In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr. 49. pp. 58-62. ISBN 978-617-7337-46-0.
23. ВИТИОН, П. Хризопиды (Chrysopidae, Neuroptera) в сливовых садах центральной зоны Республики Молдова. In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr. 49. pp. 62-65. ISBN 978-617-7337-46-0.
24. ГАВРИЛИЦА, Л; НАСТАС, Т; РЭЙЛЕАНУ, Н; ГУШАН, М. Применение энтомофага Трихограммы против комплекса совок на бобовых культурах в Республике Молдова. In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr. 49. pp. 73-77. ISBN 978-617-7337-46-0.
25. ГЛАДКАЯ, А. Влияние предпосевной обработки микробиологическими суспензиями семян Rheum rhaponticum на их всхожесть. В: Международная научно-практическая конференция Биологические особенности лекарственных и ароматических растений и их роль в медицине. ФГБНУ ВИЛАР, 23-25 июня 2016, стр.203-206, ISBN 978-5-9243-0281-2.
26. ГЛАДКАЯ, А; ВОЛОЩУК, Л. Биологическая аргументация применения антимикробных свойств экстракта из корня Rheum rhaponticum в защите растений. В: Международная научно-практическая конференция «Фундаментальные и прикладные исследования в биоорганическом с/ России, СНГ и ЕС». Большие Вяземы Одинцовского р-на Московской области. ФГБНУ ВНИИФ, 18-21 июля 2016, стр. 332-339. ISBN 978-5-98467-015-9.
27. КЕПТИНАРЬ, В; НАСТАС, Т. Прогнозирование и оценка пространственного распределения вредителя Heliothis armigera Hbn. на различных сельскохозяйственных культурах в условиях Республики Молдова. In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr. 49. pp. 115-120. ISBN 978-617-7337-46-0.
28. НАСТАС, Т. О роли феромона самцов совок в период половой активности. In: International Research and Practice Conference ”Biotechnological Production Systems and Application of Agriculture Biologization”. Information Bulletin IOBS EPRS. Odessa, on october 3-7, 2016. nr. 49. pp. 184-187. ISBN 978-617-7337-46-0.
29. GAVRILIŢA, L. Enthomphague Trichogramma as means of Biological Pests’ Control, 2017. LAP LAMBERT Academic Publishing is managed by: OmniScriptum Management GmbH Bahnhofstrabe 28, D-66111 Saarbrücken, Think Tank: Haroldstr. 14, D-40213 Düsseldorf, Germany, 139 p. Project-ID (153447) and the book’s ISBN 978-3-330-05209-3.
30. GAVRILIŢA, L., Применение энтомофага Тrichogramma spp. В защите сельскохозяйственных культур. În materialele conferinţei Internaţionale «Биологический метод защиты растений: достижения и перспективы», „Biotehnica”, НААН. МООБ  ВПРС. Odessa. 2018. Buletinul informativ 53. 82-87.
31. БРАДОВСКАЯ, Н; БРАДОВСКИЙ, В; НАСТАС, Т; БАТКО, М. Энтомофаг Bracon hebetor Say. в контроле численности сливовой плодожорки (Grapholitha funebrana Tr.). În materialele conferinţei Internaţionale «Биологический метод защиты растений: достижения и перспективы», „Biotehnica”, НААН. МООБ  ВПРС. Odessa. 2018. Bul. informativ 53. 56-59.
32. ВИТИОН П. Г. Некоторые естественные энтомофаги вредителей соя и кукуруза. В Материалах Международной научно-практической конференции “Биологический метод защиты растений: достижения и перспективы” Нацю Академия Аграрных Наук Украины. Инженерно- Технологический Институт “Биотехника”, Одесса, Хлебодарское, 2018 г. 59-62
33. ВИТИОН П. Г. Особенности питания некоторых видов (Coccinellidae, Coleoptera) в снижении численности афид. В Материалах Международной научно-практической конференции “Биологический метод защиты растений: Достижения и Перспективы”, Национальная Академия Аграрных Наук Украины, Инженерно-Технологический Институт “Биотехника” Одесса, Хлебодарское, 2018 г. 62-65.
34. ВИТИОН П. Г. Хищные природные энтомофаги вредителей сои. В материалах 10-ой Международной научно-практической конференции “Биологическая защита растений – основа стабилизации агроэкосистем. Становление и перспективы развития органического земледелия в Российской Федерации” 11-14 сентября 2018 г., ФГБНУ ВНИИБЗР, Краснодар, Выпуск 10. 2018. 86-91.
35. НАСТАС, Т; РУСУ, Ю; РЭЙЛЕАНУ, Н; ОДОБЕСКУ, В. Оценка природной популяции Agrotis segetum в климатических условиях Республики Молдова. În materialele conferinţei Internaţionale «Биологический метод защиты растений: достижения и перспективы», „Biotehnica”, НААН. МООБ ВПРС. Odessa. 2018. Buletinul informativ 53. 249-253.
36. ГЛАДКАЯ, А. Исследование растительного сырья Rheum rhaponticum и определение биологической эффективности экстрактов для защиты рассады огурца от мучнистой росы, Международная научная конференция «Перспективы лекарственного растениеведения», 1-2 ноября, 2018, стр. 388-395.
37. ГЛАДКАЯ, А. Исследование перспективы применения экстрактов ревеня в качестве средств защиты растений в органическом земледелии. Сборник трудов международной научно-практической конференции «Наука, производство, бизнес: современное состояние и пути инновационного развития аграрного сектора на примере Агрохолдинга «Байсерке-Агро», Алма-Аты, 2019. Т.1. 235-241. ISBN 978-601-332-295-7;
38. ГЛАДКАЯ, А.; ВОЛОЩУК, Л.; ТОДИРАШ, В.; НАСТАС, Т. Вторичные метаболиты корней и листьев Rheum rhaponticum в качестве регуляторов прорастания семян сои и кукурузы. II-я Международная научная конференция «Роль метаболомики в совершенствовании биотехнологических средств производства», ФГБНУ ВИЛАР, 2019 г., стр. 575-581. ISBN 98-5-987019-086-0;
39. ВИТИОН, П. Природные энтомофаги – биотический фактор экологической устойчивости агроценоза сои. Сборник трудов международной научно-практической конференции «Наука, производство, бизнес: современное состояние и пути инновационного развития аграрного сектора на примере Агрохолдинга «Байсерке-Агро», Алма-Аты, 2019. Т.1. 226-229. ISBN 978-601-332-295-7;
40. ВИТИОН, П. Эколого – фитоценологическая связь дикорастущих цветущих растений и полезных насекомых. Материалы Международного научно–практического семинара “Современные концепции и практические методы сохранения фиторазнообразия”. Национальная академия наук Беларуси, Центральный ботанический сад НАН Беларуси, Гродненский государственный университет имени Янки Купалы, Минск – Гродно, 1-4 октября 2019, стр.135-139;
41. ВИТИОН, П. Влияние разных систем – удобрений на качество зерновых и бобовых культур и биостимуляцию педобионтов. В материалах международной научно- практической конференции., Пища. Экология. Качество. Сборник материалов XVI., В двух томах. Том 1. 24 -26 июня 2019, Барнаул, Р.Ф.Р., стр. 153-156;
42. ВИТИОН, П. Эколого – биологические исследования трофической  связи растений с насекомыми опылителями. В материалах международной научно-практической конференции. Эколого – биологические ресурсы в сельском хозяйстве. Екатеринбург. 2019. стр. 9-18.

Articles in national digest:

1. GAVRILIŢA, L. Entomophague Trichogramma as means of biological pests control. Institute of Genetic, Physiology and Plant Protection of ASM – Chisinau: Tipogr. „Print-Caro”. 2017. 139 p. ISBN 978-9975-56-418-2.
2. BRADOWSKI, V; BRADOWSKI, N. Bean Acanthoscelides obtectus Say. An alternative host for the reproduction of the egg eating Uscana senex G. În materialele Simpozionului Ştiinţific Internaţional «Protecția Plantelor în Agricultura Convențională și Ecologică», Institutul de Genetică, Fiziologie şi Protecţie a Plantelor, 10-12 decembrie, Chişinău, 2018, 11-13. ISBN 978-9975-108-52-2.
3. GAVRILITA, L; NASTAS, T. Reducerea populaţiilor de dăunători cu ajutorul entomofagului Trichogramma la culturile de soia şi porumb zaharat. În materialele Simpozionului Ştiinţific Internaţional «Protecția Plantelor în Agricultura Convențională și Ecologică», Institutul de Genetică, Fiziologie şi Protecţie a Plantelor, 10-12 decembrie, Chişinău, 2018, 187-191. ISBN 978-9975-108-52-2.
4. GAVRILITA, L; NASTAS, T; GUŞAN, M; BUTUCEL, M. Reducerea densităţii dăunătorului Helicoverpa armigera Hubner cu ajutorul entomofagului Trichogramma la cultura de porumb. Institutul de Fitotehnie „Porumbeni” Ministerul Agriculturii, Dezvoltării Regionale şi Mediului. Conferinţa ştiinţifico-practice Internaţională „Aspecte inovative în ameliorarea culturilor agricole” Paşcani, Modova, 2018, 6-7 septembrie. 115-123. ISBN 9789956560-8. 631/635(082)=135.1=111=161.1.
5. NASTAS, T; JELEZNEAC, E; RUSU, I; CHEPTINARI, V; RĂILEANU, N. Optimizarea aplicării capcanelor feromonale pentru captarea în masă a masculilor unor specii de buhe. În materialele Simpozionului Ştiinţific Internaţional «Protecția Plantelor în Agricultura Convențională și Ecologică», Institutul de Genetică, Fiziologie şi Protecţie a Plantelor, 10-12 decembrie, Chişinău, 2018, 39-42. ISBN 978-9975-108-52-2.
6. VITION, P. Entomofagii dăunătorilor culturii de sorg. Materialele Conferinţei Ştiinţifico-practice Internaţionale, „Aspecte inovative în ameliorarea culturilor agricole” Institutul de Fitotehnie „Porumbeni” Paşcani, 6-7 septembrie 2018. Ministerul Agriculturii, Dezvoltării Regionale şi Mediului. 2018, 175-181. ISBN 9789956560-8. 631/635(082)=135.1=111=161.1
7. ГЛАДКАЯ, A. Биологическая эффективность экстрактов корня и листьев Rheum rhaponticum для контроля Sphaerotheca fuliginea на рассаде Cucurbitaceae в закрытом грунте. În materialele Simpozionului Ştiinţific Internaţional «Protecția Plantelor în Agricultura Convențională și Ecologică», Institutul de Genetică, Fiziologie şi Protecţie a Plantelor, 10-12 decembrie, Chişinău, 2018. 17-19. ISBN 978-9975-108-52-2.
8. ГЛАДКАЯ, А; НАСТАС, Т; ЩЕРБАКОВА, Т; ЗАВАТИН, М. Фунгицидные и стимулирующие свойства экстрактов из корней и листьев ревеня в контроле фитопатогенов рода Fusarium семян сои и кукурузы. În materialele Simpozionului Ştiinţific Internaţional, «Protecția Plantelor în Agricultura Convențională și Ecologică», Institutul de Genetică, Fiziologie şi Protecţie a Plantelor, 10-12 decembrie, Chişinău, 2018. 88-91. ISBN 978-9975-108-52-2.

Methodical recommendations (national):

1.    GAVRILITA, L. Protecţia plantelor prin utilizarea entomofagului Trichogramma spp. Recomandări metodice, Chişinău, Tipografia ”Print-Caro” SRL, 2015, 27 p., ISBN: 978-9975-56-256-0. 632.937: 595.792(076.5) G 26.

Contacts:

Institute of Genetics, Physiology, and Plant Protection, Laboratory of Phytopharmacy and Ecotoxicology, 20 Padurii Street, MD 2002, Chisinau.
Tel/ fax: (+373) 22 78-20-60,
E-mаil: tudor_nastas@mail.ru