World Conference on Horticultural Research - 17-20 June 1998 in Rome, Italy
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REPORT ON HUNGARIAN HORTICULTURAL RESEARCH

Dr Pál Sass
Budapest, 1997


A. Data of Horticultural Growing Area in Hungary

  1. Fruit crwing Area in Hungary
    1. Fruit crops: 94,000 ha
    2. Ornamental crops: 3,000 ha field growing + 1,500 ha under cover
    3. Medicinal and aromatic plants: 40,000 ha
    4. Vegetable crops: 119,000 ha + 6,000 ha glasshouse, covered and flat foil
    5. Viticulture: 90,000 ha
    6. Horticultural seed production: 17,000 ha
    7. Vine & and fruit-tree nursery: 2,000 ha



    B. Topics

    1. Research

    In consequence of changes concerning social demands of late years, agricultural, respectively horticultural researches have modified. Environment protecting, environment economic aspects and postharvest activities have come into prominence. The point now is pressing lack of chemicals. Demands on using food products of natural substances have increased.

    The traditional fields of agricultural researches have moved towards the applied researches.

    Parallel with this, mainly in the field of fundamental researches agricultural researches have been strongly influenced by biochemistry, biometry, biotechnology, etc.

    Molecular biology has become the main tractive force of agricultural biotechnological researches. Agricultural, respectively horticultural biotechnological researches have been carried out in Biological Center of Hungarian Academy of Sciences, in Biotechnological Research Center of Ministry of Agriculture and in several Departments of different Universities domesticulture and in several Departments of different Universities domestic as well.

    With appearing the methods in the sphere of gene-surgary and biotechnology, the traditional approach of plant genetics and plant breeding have modified in the last 10 years. In this field national priorities essentially remained, identical with international ones:

    Nearly in all horticultural branch maintenance of produced values is served by the gene preservation researches. Special preservation programs are linked up with programs for genebank of Agrobotanic Institute.



    2. Horticulture

    Knowing the natural and economical characteristics of the country we can declare, that for the sustainable development in Hungary horticulture can not be substituted for any kind other branches.

    Taking one by one the more important fields of Horticultural branches, considering the beginned some years ago 21st century and the so called "Extended Europe" our statements can be summarized as follows:'

    Viticulture and wine. From red and white grape varieties we have got sure and wine. From red and white grape varieties we have got sufficiently amount of wine (80-100,000 ha produce 3.5-4 million hl wine). White grape varieties of high quality are recommended to grow on 70 % of this arere. Preference is given to varieties utilizing better our climatic conditions, having better flavor, taste, acid content better consumer value, like: Chardonnay, Sauvignon blanc, Pinot blanc, Pinot gris, Rajnai rizling.

    From red vine-grape in the first place are recommended varieties Merlot, Cabemet Sauvignon, Pinot noir. From local varieties, respectively hungaricum, are recommended: Olasz rizling, Hárslevelu Furmint, Ezerjó, Kékfrankos, Kadarka.

    Important members of the variety-series are interspecific hybrids, more-resistant to frost and fungal diseases, table - (so called bio) vine varieties, like Bianka or Kunleány. Our dessert grape production, because of lack of well storable varieties, can serve only family-supply.

    Considering Hungarian viticulture both in growing and in oenological aspects, disintegration of gowing area give us great trouble. Relating to wine, we have the task to strengthen the origin and source protective system. As a result of age-composition rapid further area decrease can be expected, thus we need planned planting and modem variety-politics with the help of state support. For those who undertake integration role an increased support should be desirabletion role an increased support should be desirable both on the part of the state and on the research. Tha task of coming years is to enforce the precriptions of ratified law of vine-growing communities in viticulture and oenology.

    In ornamental plant production we are dealing with about thousand plant species. Though, environment-protecting role of the branch has not yet been discussed by anybody, its social hygienic importance (general horticulture, housing culture) cannot be underestimated as well.

    Political-economical changes occurring since 1990 (withdrawal of state supply, market-economy, privatisation) have caused less losses of Hungarian ornamental-plant growing, than caused to the other subbranches of horticulture. In this field professional self-organization started sooner and progressed better. The subbranch helps the sustenance of more than 3,000 families.

    The development of future period will be characterized by gradual integration to Europe. Firstly these subbranches will develop where we have climatic, geographic or historic advantages over the other European states. Such are: ornamental tree growing, flower seed production, rose-tree growing, and the Hungarian flower production from which even now we have considerable export. Our position is good concerning breeding as well.

    Relating to glass-house production firstly we have good chances in potted ornamental plant and cutfl good chances in potted ornamental plant and cutflower-set growing. Very likely cut-flower production will move to field cultures, or to cultures of low demand on heat The most important fields of research are development the energy-saving and environment-friend systems, search of new potted and cut cultures, elaboration of growing technologies. Great reserves lie hidden in more rational utilization of thermal energy (earth-heat program) as well.

    Nearly fifty plant species with many hundreds varieties belong to vegetable production, however 90 % share of growing area is covered only by 12 varieties. This sub-branch, together with forcing-with the exception of 3 winter months-satisfies the raw material need of domestic consumption, of raw and processed export and of processing Industry.

    Otherwise, forcing represents about 60-65 % of all vegetables value. However, at present still this training method seems to be perspective. Slightly decrease can be expected in the future mainly on account of low prices and high expenses. (Likely 20-40 % energy need can be decreased with utilization of thermal energy). The early field production as a result of spread of foil tents has diminished.

    Sixty percent of Hungarian vegetable production is utilized by canning industry. Thus, change of production-extent depend on demands of processing. Lately, in the first place growing area of green pea, onion and paprika for spiceing area of green pea, onion and paprika for spice has decreased. Besides cucumber, tomato, green paprika other species can upgrade, in the future, which has now insignificant extent of growing area (asparagus, Brussels sprouts, Chinese-cabbage, broccoli, rhubarb, etc.) Considering that both industry and export need uniform product, integration of traditional disintegrated vegetable production (growing, gathering, finishing, storage, etc.) cannot be delayed.

    Medicinal and aromatic plants become recently the center as a result of using natural vegetal materials in medical treatments, in pharmaceutical and other branches of industry. Medicinal and aromatic plants produced in Hungary even at present represent traditionally "national product". Number of grown varieties are about 45-55 and are completed by 80-100 wild growing gathered varieties.

    Former published results concerning potential of agricultural ecology show an almost unlimited possibility, existing ever now in increasing biomass of medicinal and aromatic plants. Till the end of first decade after centenary, about 3 0-40 % increase of production can be expected. In this respect real alternative can be:

    In fruit growing apple has a determinant role with its 50 % share. Pear production can be successful in sites guarantying satisfactory fruit-size and quality of new varieties. Sour-cherry production and processing in Hungary is considered as a successful branch of fruit growing. Its quantity can be increased mainly from early and middle-early ripening varieties. On international market cherry varieties of large size and bright cover-color are desirable. With its advantageous properties of flavour and taste apricot can represent the image of Hungarian fruit. Consumers prefer neatly packed middle early ripening large-sized varieties both in domestic and in supermarkets beyond the frontiers. From peach varieties middle-early ripening ones have good chances, firstly in basic-material supply of processing industry.

    Concerning plum, our experiences show, that we can have advantage in competition on the market with our very early ripening large-sized blue varieties and with late ripening free stone varieties. From berries we can statisfy domestic supply and probably from time to time have an export of smaller extent. For nut-fruit we need imports.

    Considerable amount of planting material is producedmount of planting material is produced in Hungary by about 450 licensed vine-and fruit-tree nurseries and serving them central nuclear stocks and increase blocks.

    Horticultural seed production satisfies national need and enables a considerable export income.

    Hungarian planting material produced for landscape architecture and landscape planning is appreciated not only domestic but on abroad too, and further development in this field can -be expected.

    Summarizing the most important fields to be developed in Hungary are supposed as follows.

    Considering scientific establishment of sustainable growing conditions:

    Considering utilization of natural resources:

    Considering increasing of the competitiveness, establishment of our integration to EU:

    The traditional plant pathological and entomological researches have moved to new molecular view which already have effected several practical results (e.g. pheromone traps, stress-resistant plants, new types of plant protection preparations) Working in international teams become dominant in this field. Instead of chemical control is getting stronger demand to develop preventive methods. More and more importance is get to research resistance, breeding of resistant to diseases varieties, vital processes of pest and diseases with aim to limit their reproduction, insect physiology with aim to limit their reproduction, insect physiology and insect ecology.

    Plant production meeting the requirements of sustainable agriculture cannot be realized without environmentally friendly production systems based on integrated plant protection. One of the most important tasks of fundamental and applied plant protection researches is to elaborate the principles and practice of integrated plant protection methods.

    The priorities of agricultural-technical researches have changed. The technical and technological establishment of sustainable agricultural production has become the most important field of researche. In the center of researches is development of such new integrated production technologies which protect the environment, land, water supplies, and at the same time guarantee quality and economy. Priorities of our domestic agricultural-technical researches can be characterized by duality, owing to changes occurring in the last few years. On the one hand researches have to meet the requirements of international trends assuring the conformity, stopping or at least restraining further degradation of biological and technical basis of agricultural economy. On the other the whole range of production-technological changes arises from alteration of ownership, production structure, possessions.

    Efforts to change over to market-economy, marketing knowledge has come to the front, mainly the demand on ledge has come to the front, mainly the demand on practical managing has increased. Marketing is considered both by its investigators and by its utilizers distinctly practical activity, still it has not been recognized that without scientific research revealing our special conditions and problems practical marketing loses its initial efficacy. Because of the different economic development our research priorities are unlike marketing of western European countries.

    Marketing conditions of changing over to market economy are scarcely worked out except the one-sided macro-economical aspects. In addition to this both consumer and entrepreneurial attitude, coordination cooperation possibilities call for further scientific research. We can joint up later the new trend of international research.

    Agricultural economics seeks for solution relating to scientific challenges, connected with changes of general and national legality and of characteristics in world food production, on the eve of second millenary. In agricultural economic researches, according to international trends in the center of interest are environmental protecting tasks connected with production programs, revaluation of role of international markets, formulation of uniform program for agricultural production and country development.

    Examining of directing, organizational questions of sustainable agriculture, of economic relations of sustainable agriculture, of economic relations between structural changes and possible climate-alterations mean new problems within this domain of science. Recently in the center of interest are agricultural economic researches revealing relationships between social-economical changes and the new proprietorships as well. Important task is to reveal micro- and macro-economic relationships and scientific establishment of joining the EU.

    Postharvest has got more and more determining role in horticultural researches. Its importance is strengthened by the fact that in the University Horticulture and Food in 1996 a new Department was established to study the most important questions of postharvest scientific technological and technical problems on the basis of wide-ranging collaboration between other university departments and research institutions.



    3. Studied topics connected with horticultural production and handling

    4. Topics connected with storage

    5. Topics connected with processing

    6. Topics connected with realization

    7. State of scientific replacement

    One of the criteria of healthy development. of traditional fields is superposing of different generations while newer branches of science are characterized by dominance of younger generation. Environment of researchers is formed mainly by social respects of research work, guarantee of research conditions, level of research institutions, existence of leading personalities, possibilities to get connected with international teams, independence of research work, material and existence safety. A positive and hopeful development is in this field the introduction and gradual extension of equivalent to international level new PhD. training system.

    In a few domains of science (biometry, marketing, etc.) there are some difficulties in formation replacement for the reason that mainly at beginning PhD. training was established on disciplinary base and researches concerning new scientific branches or interdisciplinary topics were handicapped.


    8. Possibilities of domestic and international publication

    Possibilities of horticultural publication can be considered generally satisfactory. There is possibility to publish in international journals as well. It is very important from the point of view evaluation of scientific work. However recently the greatest problem is continually diminishing or recently the greatest problem is continually diminishing of scientific results, following narrowing down of research conditions. We have to emphasize the efforts of Hungarian Academy of Sciences and Ministry of Agriculture to maintain scientific journals published in foreign languages.

    Rapid method of publishing results is reading papers in conferences and publishing them in conference proceedings. In this field there are good possibilities and researchers often use this way of publication. It is a good thing that conditions to publish textbooks are getting better, while financing conditions to publish manuals and monographs are not satisfactory.



    AGENDA OF R&D ACTIVITIES FOR NEXT DECADES IN HUNGARIAN HORTICULTURE

    1. Goal: Optimalisation of market demand, biological basis of production and agro-ecological conditions

    Current situation: Hungary's agro-ecological conditions give a good possibility for production of diversified, high-quality horticultural products fit for fresh consumption and storage, canning as well as deep freezing. During the last few decades the production distorted, because of the former COMECON-demand was the producion of low quality, mass products. This structure did not take into account the agro-ecological conditions. The production structure is not fit enough for demand of foreign and domestic market by varieties.

    Means:

    Step l.

    c market by varieties.

    Means:

    Step l.

    Build up a sophisticated information system on basis of current and forecast market situation, agro-ecological potential, and on this basis determine the necessary (optimal) variety and species structure.

    Step 2.

    Build up a horticultural information system of varieties

    Step 3.

    Suggestions for further development of variety structure by answering two questions:


    2. Goal: The development of horticultural production technologies to achive an optimal input/outpt combination, taking into cosideration the demands of environmental protection (concept of sustainable development), energy saving, utilisation of comparative advantages of Hungary's national economy as well as total quality control

    Current situation: horticultural production in Hungary has been developed in a rather extensive way. There was not only a slight impetus for achivement of optimal input/output relations. The collapse of the former system's large-scale agricultural co-opratives and state farms, as well as the slow formation of private horticultura state farms, as well as the slow formation of private horticultural production farms create a totally new situation. The lack of infrastructural environment for a modem, market-oriented system is an effective barrier from point of view of above goals.

    Means:

    Step 1.

    Determine the demand in various segments of market of horticultural production to answer the question: What is the quality demand (current), taking into consideralion the trends of technological modernisation and balance of supply and (paying) demand

    Step 2.

    Determine the optimal technologies on basis of market demand and considerations of envirornmental protection

    Step 3.

    Development of optimal technologies on the basis of economic and ecological considerations, with special emphasis on


    3. Goal: tal quality management



    3. Goal: Development of post harvest technologies to improve market orientation and Hungary's competitiveness

    Current situation: the postharvest sector is the weakst link in Hungary's food chain

    Means:

    Step 1.

    Development of methods of determination of optimal harvest date & research for optimalisation of storage conditions



    4. Goal: Research and development in th field of horticultural product-processing iudustry

    Current situation: the processing industry has mostly recovered its former market positions after the collapse in 1989-1992. The privatisation process is nearing an end, most of the plants are privatised by foreign direct investment. The friegn owners solved numerous twhuological problem (e.<,,. production ofhigh - quality linns) but them numerous technological problems (e.g. production of high-quality tins), but there remain numerous question marks in this field, too.

    Means:

    Step 1.

    Determination of exact quality ddemands of horticultural processing industry for raw materials

    Step 2.

    Development of environment friendly logistical ways in the field of packaging

    Step 3

    Development of new, competitive product-lines based on high-quality raw material and other comparative advautages of Hungary's horticulutre and food industry

    ther comparative advautages of Hungary's horticulutre and food industry

    Step 4.

    Role of processed horticultural products in healthy nutrition

    Step 5.

    Product innovatioln for better quality products, attempting to strike an optimal equilibrium

    between quality and food safety.



    Goal 5: Develpoment of market structure and increasing the competitiveness of Hungary's horticulturl products

    Current situation: Shrinking domestic paying demand, confused market situation, increasing competition on foreign markets

    Means:

    Step. 1.

    Research of consumers' behaviour and segmentation possibilities of fresh and processed horticultural products

    Step 2.

    Market research on domestic aud foreign markets

    Step 3.

    Research for possibilities of modern, market-conform and flexible structure of market and competition regulation



    MAIN ELEMENTS AND TARGETS OF R&D IN HUNGARY'S CANNING INDUSTRY

    1. Improvement of Aseptic Technology & Packaging

    Asceptic technology, one of the most widespread technologies throughout the world, is largely used by the fruit processing and filling industry. The different forms of packaging are well known to consumers.

    The aim of mechanical engineering is now to upgrade the heavy-duty machines by making them more efficient in processing and to create new, multiavy-duty machines by making them more efficient in processing and to create new, multi-functional machines. According to brand new concepts, it is now possible to fill not only homogenous products in boxes but also products containing small pieces of raw material. It is hoped that this technology will be shortly be introduced into Hungary.

    The second most important item on the list is to make "traditional" consumer packaging more easy-to-open. Otherwise, and this is true with all packaging, the elderly will have the most problems with it.

    2. Trends in Packaging

    The market is changing very fast. The Hungarian canning industry is increasingly trying to use jars as opposed to metal boxes. The average size of consumer packaging materials is smaller than it was a few years ago, and the thickness of the materials is thinner than ever before. This is a matter of economics and enhanced possibilities of improving technologies. The appearance of products is becoming more important. For instance, unusual forms of jars (prism-like) is becoming more common.

    3. Product Development

    Canning companies produce different products for different segments of the consumer sector. They know the importance of up-to-date nutrition. That's why they are going to apply modern processing methods (HTST) in handling raw materials. They combine minimal treatments to reach an optimal variation.

    The best companies produce vegetarian, fat-red>

    The best companies produce vegetarian, fat-reduced products and label all ingredients. They are continuously developing technical conditions and produce increasingly newer generation products (toppings and sauces with and without meat).


    Budapest, July 1997


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