Abstract
Purpose. To reveal the peculiarities of leaf area formation and a structure of lentils variety ‘Antonina’ yield depending on the elements of cultivation technology: ino culation with nitrogen-fixing and phosphate-solubilizing microorganisms and the use of foliar growth stimulants.Methods. Field, laboratory. The experimental scheme included inoculation of seeds with nitrogen-fixing microorganisms (Ryzogumin), application of phosphate-solubili zing microorganisms (Polimixobacteryn and Biophosphoryn) into the row zone, and foliar feeding with a growth stimulator (Alga 600).Results. The results of studies of the leaf area formation peculiarities and the structure of lentils yield depending on the influence of cultivation technology elements are given in the article. It was found that the maximum indicators of the leaf area were formed by lentils in the flowering phase, which on average in the experiment was at the level of 37.5 thousand m2/ha, and in the control variant – only 32.0 thousand m2/ha. By inoculating the seeds with Rhyzogumin, applying phosphate-solubilizing biopreparation and foliar feeding, we obtained the maximum parameters of the leaf surface of lentil plants in the experiment. Thus, in the variant of inoculation with Rhyzogumin, application of Biophosphoryn and treatment with Alga 600 lentil plants formed a leaf area of 40.3 thousand m2/ha. However, due to the use of the phosphate-solubilizing biopreparation Polimixobacteryn and Alga 600 on the background of seeds inoculation with Rhyzogumin, the leaf area was formed at the level of 39.9 thousand m2/ha.Conclusions. When the seeds were treated with nitrogen-fixing microorganisms (Rhyzogumin) and phosphate-solubilizing bacteria (Polimixobacteryn and Biophosphoryn), the yield of lentils increased significantly. Thus, in the experimental plots in the variants with Ryzogumin + Polimixobacteryn the yield was – 1.64 t/ha, and in the combination Ryzogumin + Polimixobacteryn + growth stimulator Alga 600 the yield of lentils was – 1.90 t/ha. Seed inoculation had a positive effect on plant height. The best results were obtained when the seeds were treated with Ryzogumin in combination with Biophosphorin and Polimixobacteryn – 44.5 and 44.1 cm, respectively.
Highlights
Ñî÷åâèöÿ çàéìào îäíå ç ïðîâ3äíèõ ì3ñöü ñåðåä çåðíîáîáîâèõ êóëüòóð çà ïîâíîö3íí3ñòþ ðîñëèííîãî á3ëêà é ïåðåâèùóo çà éîãî âì3ñòîì ãîðîõ, íóò òà êâàñîëþ [1]
À îò ó ðàç3 çàñòîñóâàííÿ íà ôîí3 3íîêóëÿö3¿ íàñ3ííÿ Ðèçîãóì3íîì ôîñôàòìîá3ë3çóâàëüíîãî ïðåïàðàòó Ïîë3ì3êñîáàêòåðèí òà Àëüãà 600 áóëà ñôîðìîâàíà ïëîùà ëèñòÿ íà ð3âí3 39,9 òèñ. ì2/ãà
Äàíèëü÷åíêî [8], çàëåæíî â3ä 3íîêóëÿö3¿ íàñ3ííÿ ïåâíèõ çì3í çàçíàëè ê3ëüê3ñí3 ïîêàçíèêè ð3âíÿ ñèìá3îòè÷íî¿ ä3ÿëüíîñò3 ïîñ3â3â áîáîâèõ êóëüòóð, çîêðåìà ê3ëüê3ñòü áóëüáî÷îê íà ðîñëèí3 òà ¿õíÿ ìàñà
Summary
Ñî÷åâèöÿ çàéìào îäíå ç ïðîâ3äíèõ ì3ñöü ñåðåä çåðíîáîáîâèõ êóëüòóð çà ïîâíîö3íí3ñòþ ðîñëèííîãî á3ëêà é ïåðåâèùóo çà éîãî âì3ñòîì ãîðîõ, íóò òà êâàñîëþ [1]. Ó âàð3àíò3 3íîêóëÿö3¿ Ðèçîãóì3íîì, óíåñåííÿ Á3îôîñôîðèíó òà îáðîáëåííÿ Àëüãà 600 ðîñëèíè ñî÷åâèö3 ôîðìóâàëè ïëîùó ëèñòÿ 40,3 òèñ. À îò ó ðàç3 çàñòîñóâàííÿ íà ôîí3 3íîêóëÿö3¿ íàñ3ííÿ Ðèçîãóì3íîì ôîñôàòìîá3ë3çóâàëüíîãî ïðåïàðàòó Ïîë3ì3êñîáàêòåðèí òà Àëüãà 600 áóëà ñôîðìîâàíà ïëîùà ëèñòÿ íà ð3âí3 39,9 òèñ. Çà îáðîáëåííÿ íàñ3ííÿ àçîòô3êñóâàëüíèìè ì3êðîîðãàí3çìàìè (Ðèçîãóì3í) òà ôîñôàòìîá3ë3çóâàëüíèìè áàêòåð3ÿìè (Ïîë3ì3êñîáàêòåðèí òà Á3îôîñôîðèí) óðîæàéí3ñòü ñî÷åâèö3 ñóòòoâî çá3ëüøóâàëàñÿ.
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