Agriculture and forestry

Hutsol Galina – Senior Lecturer of the of the Department of Ecology and Environmental Protection, Vinnytsia National Agrarian University (21008, Vinnytsia, 3, Solnychna St., e-mail: gucolg@ukr.net.).

Kutsenko Mykola Ihorovych – Master of Vinnytsia National Agrarian University, (21008, Vinnytsia, 3 Sonyachna Street).

137Сs is concentrated in soils and is in a continuous cycle, the intensity of movement of which depends on a number of factors, in particular on the type of soil, its composition and properties, botanical origin of plants and others. . It was found that under the same ecological conditions the accumulation coefficient of 137Cs in the distribution of honey plants can differ up to 3 times. The migration of radionuclides into vegetation is lower on soils with high levels of nutrients, compared to low-nutrient soils. This feature is inherent in both agricultural and forest soils. High migr ation of radionuclides was observed on sod-podzolic sandy soils, while on chernozems it was relatively lower. Soils of honey lands in the studied areas are mainly sod-podzolic. They are characterized by a low content of humus and trace elements, sometimes with high acidity, which can increase the translocation of radionuclides in plants and their products, in particular pollen. After the half-life of 137Cs, which was released into the environment after the Chernobyl accident, there is a certain pattern of intensity of contamination of protein products of beekeeping depending on its type, harvesting period and intensity of contamination of honey lands. Along with this, it should be noted that the exceedance of permissible levels is observed only for cesium-137 in the territory of honey lands in the soil of which this element exceeded 4 Ki / km2. On the basis of the fact that pollen is the main raw material for the production of protein products of beekeeping, further research was aimed at studying measures to improve the quality of this raw material in order to reduce cesium-137 in bee pollen and persimmon. The intensity of 137Cs contamination of corn pollen was studied. It was found that lowering the soil pH from 4.6 to 7.7 contributes to a decrease in the pollen of maize pollen activity 137Cs from 9.7 Bq / kg to 5.8 Bq / kg, hazard factor from 0.049 to 0.029 and accumulation factor from 0 , 28 to 0.14.

1. Hutsol H.V. (2015). Vplyv ahrokhimichnykh zakhodiv na pytomu aktyvnist tseziiu-137 ta strontsiiu-90 u kvitkovomu pylku kukurudzy. [Influence of agrochemical measures on the specific activity of cesium-137 and strontium-90 in corn pollen]. Tvarynnytstvo Ukrainy – Livestock of Ukraine. №11. 4-7 [in Ukrainian].

2. Hutsol H.V. (2015). Vplyv rN gruntu na pytomu aktyvnist 137Cs i 90Sr u bdzholynomu obnizhzhi i perzi. [The effect of soil pH on the specific activity of 137Cs and 90Sr in bee pollination and perch]. Mat. Naukovo-praktychnoi konferentsii studentiv, mahistriv ta aspirantiv. Vinnytsia. 36–38 [in Ukrainian].

3. Hutsol H.V., Razanov O.S. (2015). Vplyv ahrokhimichnykh zakhodiv na pytomu aktyvnist tseziiu-137 ta strontsiiu-90 u kvitkovomu pylku kukurudzy. [Influence of agrochemical measures on the specific activity of cesium-137 and strontium-90 in corn pollen]. Mat. Vseukrainskoi naukovo-praktychnoi konferentsii 17-18 lystopada 2015 roku. Vol. 3. 255–258 [in Ukrainian].

4. Hutsol H. V., Razanov S. F. (2015). Vplyv orhanichno-mineralnykh dobryv na koefitsiient nakopychennia tseziiu-137 ta strontsiiu-90. [Influence of organic-mineral fertilizers on the accumulation coefficient of cesium-137 and strontium-90]. Zb. nauk. pr. Druhoi Vseukrainskoi naukovo-praktychnoi konferentsii za mizhnarodnoiu uchastiu − Coll. Science. etc. of the second All-Ukrainian scientific-practical conference with international participation. Rivne, 21-23 zhovtnia 2015 r. 50–51[in Ukrainian].

5. Hutsol H. V. (2012). Pytoma aktyvnist 137Cs u bdzholynomu obnizhzhi ta perzi, vyroblenykh na terytoriiakh riznoho rivnia zabrudnennia gruntiv (). [Specific activity of 137Cs in bee pollen and perga produced in areas of different levels of soil contamination]. Tekhnolohiia vyrobnytstva i pererobky produktsii tvarynnytstva – Technology of production and processing of livestock products − Technology of production and processing of livestock products. Issue. №8 (98). Bila Tserkva. 136–139 [in Ukrainian].

6. Dutov O. I., Zamula Kh. P. (2012). Radiatsiino-ekolohichni aspekty vyrobnytstva s/h syrovyny v rehionakh, zabrudnenykh u naslidok Chornobylskoi katastrofy (2012). [Radiation and environmental aspects of agricultural raw material production in regions contaminated by the Chernobyl disaster]. Ahroekolohichnyi zhurnal − Agroecological journal. № 1. 35–4 [in Ukrainian].

7. Konovalenko A. V., Stadnyk A. P. (2011). Ekolohichni ta pryrodookhoronni osoblyvosti optymizatsii system zakhysnykh lisovykh nasadzhen v zabrudnenykh radionuklidamy ahrolanshaftakh. Ahroekolohichnyi zhurnal – Agroecological journal. № 1. 58–63 [in Ukrainian].

8. Prister B. S., Hudkov I. M., Tarariko Yu. O. (2004). Osoblyvosti vedennia silskohospodarskoho vyrobnytstva na terytoriiakh Polissia, zabrudnenykh radionuklidamy vnaslidok avarii na Chornobylskii AES. [Peculiarities of agricultural production in the territories of Polissya contaminated with radionuclides as a result of the Chernobyl accident]. Naukove zabezpechennia staloho rozvytku silskoho hospodarstva Polissia Ukrainy – Scientific support of sustainable development of agriculture in Polissya of Ukraine. Kyiv. : Alefa. Vols. 2. 662–722 [in Ukrainian].

9. Razanov S.F., Dydur Y.M., Hutsol H. V. (2016). Vlyianye myneralnыkh udobrenyi na yntensyvnost nakoplenyia radyonuklydov pыltse kukuruzы. [Influence of mineral fertilizers on the intensity of accumulation of radionuclides in maize pollen]. Nauchno-praktycheskyi tsentr NAN Belarusy po zemledelyiu – Scientific and Practical Center of the National Academy of Sciences of Belarus for Agriculture. Mynsk: YVTsynfyna. 53–57 [in Ukrainian].

10. Razanov S. F., Hutsol H. V. (2013). Vplyv rN gruntu na pytomu aktyvnist radionuklidiv u bdzholynomu obnizhzhi ta perzi. [Influence of soil pH on specific activity of radionuclides in bee pollination and periwinkle]. Visnyk ahrarnoi nauky – Bulletin of Agricultural Science. №13. 47–48 [in Ukrainian].

11. Razanov S.F., Shvets V. V., Hutsol H. V. (2013). Vlyianye yzvestkovanyia pochvы na kachestvo pchelynoi obnozhky. [Influence of soil liming on the quality of bee pollen]. M. : Pchelovodstvo – Beekeeping. №9. 8–9 [in Ukrainian].

12. Razanov S. F., Hutsol H.V., Shvets V. V., Mazur V. A. (2012). Pytoma aktyvnist radionuklidiv ta kontsentratsiia vazhkykh metaliv u perzi, vyroblenii bdzholamy na terytoriiakh z riznym rivnem zabrudnennia gruntiv tsymy elementamy. [Specific activity of radionuclides and concentration of heavy metals in perga produced by bees in areas with different levels of soil contamination by these elements]. Ahroekolohichnyi zhurnal – Agroecological journal. №3. 104–107 [in Ukrain ian].

13. Razanov S. F. Hutsol H.V. (2016). Tekhnolohiia vyrobnytstvo bilkovoi produktsii bdzhilnytstva v suchasnykh umovakh zabrudnennia medonosnykh uhid [metodychni rekomendatsii]. [Technology of production of protein products of beekeeping in modern conditions of pollution of honey lands]. [in Ukrainian].

14. Razanov S. F. (2010). Tekhnolohiia vyrobnytstva produktsii bdzhilnytstva. [S. F. Razanov, I. F. Bezpalyi, V. I. Bala ta in.] [Technology of beekeeping production]. K. : Ahrarna osvita [in Ukrainian].

15. Razanov S. F. Hutsol H. V. (2016). Kachestvo belkovoi produktsyy pchelovodstva pry podkormke selskokhoziaistvennыkh medonosov kalyem khlorystыm na radyoaktyvno zahriaznennыkh terrytoryiakh. [The quality of beekeeping protein products when feeding agricultural honey plants with potassium chloride in radioactively contaminated areas]. Zootekhnycheskaia nauka – Zootechnical science. Belorusyy. Vols. 51 chast 2. [in Ukrainian].