Scientific journal
European Journal of Natural History
ISSN 2073-4972
ИФ РИНЦ = 0,283


Hovalyg N.A. 1 Toropova E.Yu. 2
1 Tuva State University
2 Novosibirsk state agricultural university
1. Arkhipov A.N., Ozornov A.G., Pilipchuk T.V, Paskevich S. A. Receipt of Cs-137 and Sr-90 in plants depending on forms of the dropped-out radionuclides and their behavior in meadow tsenoza the III Congress on radiation researches, Russia. – M., 15–17 10.97 1997.
2. Guseynova I.M., Suleymanov S.Yu., Aliyev D.A. Proteinaceous structure and a native condition of pigments the tilakoidnykh of membranes of genotypes of wheat with various tolerance to a water stress // Biochemistry. – 2006. – Vol. 71, issue 2. – Р. 223–228.
3. Fgoats V. Reference book on radiation safety. – M.: Energoatomizdat, 1987.
4. Pilipchuk T.V., Arkhipov A.N., Ivanova V.E., Paskevich S.A. Studying of migration of radinuklid of Cs-137 and Sr-90 in a chain link the soil plant – a pcheloproduktion the III Congress on radiation researches, Russia. – M., 15–17 10.97 1997.
5. Toropova E.Yu., Hovalyg N.A. Biological diversity and productivity in natural fitotsenoza of Tyva // Fruit growing and a yagodovodstvo of Russia. – 2013. – № 2. – T. 37. – P. 223–231.
6. Toropova E.Yu., Hovalyg N.A. Ekologicheskaya an assessment of habitats of a sea-buckthorn in the Republic of Tyva // Basic researches. – 2014. – № 11 (8). – P. 1732–1735.
7. Hovalyg N.A., Ayushinov E.D. Ecotoxicological condition of a sea-buckthorn site “Saryg-Alaak” of Chedi-Holsky district of the Republic Tyva // Recommendation to production. – Kyzyl: Publishing house of TYVGU, 2006. – 54th p.
8. Hovalyg N.A. Bioresource potential of a sea-buckthorn in natural fitotsenoza of Tyva / N.A. Hovalyg, E.Yu. Toropov, V.A. Chulkin // Siberian messenger of agricultural science. – 2012. – № 3. – P. 42–48.
9. Aliyev J.A. Photosynthesis: Mechanisms and Effects (Garab, G. ed.), Kluwer Academic publishers. – Dordrecht, Boston, London, 1998. – Р. 3829–3832.

Medicinal value and value for dietary food, was important to study content of chemicals in sea-buckthorn fruits. The abiotic stress is important selective force in evolution of cultural plants. Researches on identification of nuclide structure found in the quantities exceeding maximum concentration limit, microdoses shown in the form of traces, in the form of isotope and not isotope values in fruits of a sea-buckthorn of Southern Siberia are conducted. Open agrofitotsenoza and natural ecosystems which they cultivate a frost-resistant gigrofil in different conditions are characteristic of a sea-buckthorn. Fruits of Hippophae rhamnoidesh L are researched., sea-buckthorn fitotsenoza and the main products of agrobusiness of the growing Republic central Tuva Depression Tyva.

Content of pollyutant, in fruits of a sea-buckthorn determined by results of the toxicological analysis. The toxicological analysis allows to determine amount of toxic substances and a condition of loading (an indicator – toxic loading) coming to objects. Than less this indicator, especially is eco-friendly and we accept toxic substances [4, 5]. Pesticides, heavy metals, radionuclides belong to toxic substances. It represents the most obvious factor limiting distribution of plants and productivity of a harvest [3]. Open agrofitotsenoza and natural ecosystems which they cultivate a frost-resistant gigrofil in different conditions are characteristic of a sea-buckthorn. Chemicals provide development of plants, are intensively extracted from the soil and with dying off of plants arrive to the soil [1, 2] again. Organic substance of an edafon significantly influences its accumulator function who is created and form in slow-moving complex connections to inaccessible plants. Production of ecologically safe products is possible in an edafonny biotic complex with optimum content of the pollyutant who are not exceeding admissible levels. Value them can be understood, on chemical properties [9, 11]. Pollyutanta of different groups of toxicity are found in waters of the river Elegest and the light brown soil of Chedi-Holsky district where artificial fitotsenoza of a sea-buckthorn are located, in concentration maximum concentration limit is lower. The exception was constituted by cadmium, concentration which in water of the river Elegest I exceeded maximum concentration limit though it was in sea-buckthorn fruits below admissible level [8]. Nature of bushes in natural fitotsenoza of a sea-buckthorn with prevalence of plants of 5–15 years which are during mass and steady fructification [7] is established uneven-age (1–20 years). The most extensive areas of natural fitotsenoz of a sea-buckthorn in Siberia are revealed in Tyva, Buryatia, in Altai [10].

Materials and methods of research. Hippophae rhamnoidesh L. were objects of research., fruits of a sea-buckthorn krushinovidny sea-buckthorn fitotsenoza the mouth of small rivers Chyrgaky, Hemchik of Duzun-Hemchiksky district, the mouth of small rivers Torgalyk, Chats, Shagonar of Ulug-Hemsky district and the main products of agrobusiness the growing town of “Saryg-Alaak” of Chedi-Holsky district, the Republic of Central Tuva Depression Tyva. The purpose – determination of quantitative content of radioactive materials and quality of fruits of a sea-buckthorn, as food product. A task – studying of content of mobile forms of radioactive materials in fruits, studying of a condition of landings of a sea-buckthorn and identification of a main type of a pollutant with the exceeding residual quantity in sea-buckthorn sites in the conditions of Tuva. Methods of researches on identification of pollyutant are performed by standard methods in fruit and vegetable products.

Results of research and their discussion. On the basis of the toxicological analysis results are received and mobile forms of the radioactive materials containing in fruits of a sea-buckthorn are determined and their availability is revealed. Receipt them in a plant is expressed in the minimum quantity of a gross inventory of cumulative radionuclides that causes danger of pollution of products rural and forestry. Content and accumulating of nuclide contents happens through a soil and biotic complex on vascular system of plants, and sometimes on air flows, through a sheet surface. Organic substance of an edafon significantly influences its accumulator function who are created and form in the form of slow-moving complex connections with inaccessible substances for consumption by plants. The found indicators on areas, do not reach admissible level. High content of caesium-137 is revealed in the second option, in Ulug-Hemsky district in a phase of maturing of fruits in number of 2,4 Bq/kg that is 0,39 Bq/kg more, than the first option. The found quantity in fruits shows them about its movement on vascular system, in process of intensity of growth of plants, at the same time process of absorption of substances plants increases. A condition of toxic loading in fruits of Hippophae Rhamnoidesh L. minimum. Thus, in case of regular environmental monitoring on content of pollyutant in fruits of a sea-buckthorn it is more reliable to prepare them for dietary food in natural sea-buckthorn (remoteness of fitotsenoz from urbanosisty, showing about low contact with different types of pollutants) and artificial fitotsenoza of a sea-buckthorn, in concentration are lower than maximum concentration limit. The exception was constituted by cadmium, concentration artificial fitotsenoza (observance of technology of cultivation of sortoobrazts, without violation of engineering procedures). The radiological analysis on content of isotope substances in fruits of a sea-buckthorn can draw the following conclusions that radionuclides:

1) are found in the minimum quantities;

2) do not exceed admissible level;

3) in fruits of a sea-buckthorn does not accumulate isotopes.

The work is submitted to the International Scientific Conference «Priority development of agricultural technologies», Netherlands (Amsterdam), October, 20–26, 2016, came to the editorial office оn 14.08.2016.