I. We set as a plant protection objective the mapping of pests of the selected plant species, the monitoring of their drawings and the description of the biology of the harmful species expected to be present in Hungary. II. One of our goals is to create and preserve the green area of the living environment of a growing human population, which is grouped into cities. However, plants that cannot adapt to the changed climate are likely to disappear from their habitat and only adaptable plants will survive. III. Our project also aims to breed plant species and varieties that can be grown economically on saline soils. (There are about 600,000 hectares of saline soil in our country.) Using the results of the phyto-emediation methods achieved in the project, we develop technologies using polluted soils using polluting elements to develop technologies that allow plants to absorb polluting elements from polluted soils more efficiently. Furthermore, the use of primarily domestic and some introduced herbal species as a source of genes. We intend to implement the project in the form of a consortium. The leader of the consortium is Törökszentmiklósi Agricultural Zrt. The consortia partners are Cereal Research Nonprofit Közhasznú Kft., the Szarvasi Kara of Szent István University, the University of Debrecen and the National Agricultural Research and Innovation Centre- Institute of Forestry. The University of Nyíregyháza participates in the implementation as a service provider. The syndicated partners include a large company, a non-profit company and research organisations, providing the necessary business experience, a high level of expertise, and the necessary infrastructure for the successful implementation of the project. Among the Hungarian representatives of the field, we should mention: Dr. László Orlóci, László Papp, Dr. Lajos Bóna, Dr. Zoltán Futó, Dr. Katalin Hanyecz, Dr. József Fail, Prof. István Fábián, Prof. Tibor Magura, Dr. Attila Borovics, Dr. Attila Jámbor and Prof. Dr. Dr. Habil. It’s Laszlo Simon. The professional experience and development results of the listed project managers and their colleagues are supported by their attached CVs. In the implementation of the research we devote an important role to the Department of Invasive Sciences of St. Stephen University. The scientifically based forestry experimental work in NAIK ERTI can be considered as the oldest complex forest experimental activity carried out in Hungary. Our project’s R & D & I activities can be divided into a total of 3 major themes (I., II., III). The topics of our project are: I.) PHYSIOLOGICAL AND BIOCHEMICAL RESEARCH, STRESS TESTS AND PLANT PROTECTION RISK ANALYSIS, PLANT PROTECTION AND IT SYSTEM NETWORKING PESTICIDE RESEARCH AND FORESIGHT DEVELOPMENT 1. Basic research 2. Timerhiza 3. Plant protection 4. (II.) plant breeding and GENETIC RESEARCH FOR ENVIRONMENT AND TOXIC RESEARCH; 1.) Research and cultivation of woody and herbaceous taxa suitable for green surface use a.) Woody stems b.) Roses: (c) research and cultivation of herbaceous taxa suitable for arable crops 3.) Research and cultivation of woody and herbaceous taxa suitable for phyto-emediation and energy production 4.) Research on species and varieties capable of producing a natural active substance of high infertility (fruit, herb) III.) Agronomic REPUBLIC The research is intended to underpin the agricultural economy of the project. On the one hand, its aim is to assess consumer demand for planned horticultural and arable products, to identify the consumer market and segment in which they can be sold and to explore possible distribution channels. On the other hand, the project aims to identify the expected profit per product by carrying out cost-benefit analyses. Overall, we are looking at economic feasibility, both on the demand and on the supply side. The detailed explanation and presentation of the points can be found in the Policy Opinion 8.1 “Major tasks of the project”. The main target group of the Pannon Breeding programme is the countries located in Central Asia with a market of nearly 3 500 000 km². 9 % of the territory of Kazakhstan, 12 % of the territory of Kyrgyzstan, 30 % of the territory of Azerbaijan, 11 % of the territory of Uzbekistan and 23 % of the territory of Turkmenistan are currently farmed. However, land and horticultural crops with the right genetics are needed for the use of the areas. Our development targets city leaders, green surface farmers and agricultural companies. Intensively changing climatic conditions and growing populations also require development work and processes affecting agriculture. They include meeting rising food demand in unpredictable and unfavourable weather conditions. Our program for these problems