Abstract
Goal. The of the research was to conduct field studies of new formulations of herbicides in winter wheat crops and to optimize the phytotoxic composition of tank mixtures consisting of different-spectrum active substances.
 Methods. In carrying out the work, general scientific and special research methods were used.
 Results. Species diagnostics of weed phytocenoses in winter wheat crops showed that high potential weed caused dominance in the agrophytocenoses of ragweed wormwood and sunflower scavenger. The deformation of the classic wintering type of weed was observed in the direction of the annual seed species composition. The phytotoxic properties of tank mixtures of Granstar Gold and Hammer herbicides and combined preparations were studied, their technical efficiency, the dynamics of depression and the death of weeds during the growing season were established, the individual resistance of certain types of weeds was revealed. A biometric analysis (crop density, linear growth, grain yield from an ear) of winter wheat was carried out depending on the toxicity of the herbicides. The scientific conclusion was made that the most effective mixture of herbicides was Granstar Gold 30 g/ha + Hammer 20 g/ha.
 Conclusions. As a result of the studies, it was found that winter wheat responded positively to reducing the degree of clogging by improving biometric and productive indicators. The yield of winter wheat grain is in a natural dependence on the degree of weediness of crops and phytotoxic effectiveness against weeds. The maximum increase in grain yield of 0.34 t/ha was achieved in comparison with the control when processing wheat crops of the winter mixture of herbicides Granstar Gold 30 g/ha + Hammer 20 g/ha.
Highlights
Âíàñë3äîê çá3ëüøåííÿ ïîñ3âíèõ ïëîù ïøåíèö[3] îçèìî¿, ÿê[3] ðîçì3ùóþòüñÿ â ñ3âîçì3í3 ïî ñêëàäíèõ ïîïåðåäíèêàõ, òàêèõ ÿê ñîíÿøíèê, ïîì3òíî çðîñòàþòü ðèçèêè çìåíøåííÿ êîíêóðåíòîçäàòíîñò[3] êóëüòóðè 3 çðîñòàííÿ âòðàò óðîæàþ çåðíà â3ä áóð’ÿí3â.
Áóð’ÿíè, ùî ïðîðîñòàëè â ïîñ3âàõ ïøåíèö[3] îçèìî¿ ï3ñëÿ âíåñåííÿ ãåðá3öèä3â, çíàõîäèëèñÿ ï3ä ô3òîòîêñè÷íèì âïëèâîì ä3þ÷î¿ ðå÷îâèíè, êîíêóðåíòíèì òèñêîì êóëüòóðè 3 ïîãîäíèõ óìîâ ç ã3äðîòåðì3÷íèì êîåô3ö3oíòîì 0,35—0,48, âíàñë3äîê ÷îãî ñòóï3íü çàáóð’ÿíåíîñò[3] ïðîòÿãîì 30-òè ä3á ïîñò3éíî çíèæóâàâñÿ ïîð3âíÿíî ç ïîïåðåäí3ì îáë3êîì (10 ä3á ï3ñëÿ îáïðèñêóâàííÿ).
Ñóì3ø3 ãåðá3öèä3â Ãðàíñòàð Ãîëä òà Õàììåð íàä3éíî êîíòðîëþâàëè íå ò3ëüêè çàãàëüíó çàáóð’ÿíåí3ñòü, à é îêðåì[3] áóð’ÿíè ç3 ñïåöèô3÷íîþ ðåçèñòåíòí3ñòþ, ùî çàáåçïå÷èëî ð3âåíü òåõí3÷íî¿ åôåêòèâíîñò[3]: ïàäàëèöÿ ñîíÿøíèêó — 97%, ï3äìàðåííèê ÷3ïêèé — 95%, àìáðîç3ÿ ïîëèíîëèñòà — 91%.
Summary
Âíàñë3äîê çá3ëüøåííÿ ïîñ3âíèõ ïëîù ïøåíèö[3] îçèìî¿, ÿê[3] ðîçì3ùóþòüñÿ â ñ3âîçì3í3 ïî ñêëàäíèõ ïîïåðåäíèêàõ, òàêèõ ÿê ñîíÿøíèê, ïîì3òíî çðîñòàþòü ðèçèêè çìåíøåííÿ êîíêóðåíòîçäàòíîñò[3] êóëüòóðè 3 çðîñòàííÿ âòðàò óðîæàþ çåðíà â3ä áóð’ÿí3â. Áóð’ÿíè, ùî ïðîðîñòàëè â ïîñ3âàõ ïøåíèö[3] îçèìî¿ ï3ñëÿ âíåñåííÿ ãåðá3öèä3â, çíàõîäèëèñÿ ï3ä ô3òîòîêñè÷íèì âïëèâîì ä3þ÷î¿ ðå÷îâèíè, êîíêóðåíòíèì òèñêîì êóëüòóðè 3 ïîãîäíèõ óìîâ ç ã3äðîòåðì3÷íèì êîåô3ö3oíòîì 0,35—0,48, âíàñë3äîê ÷îãî ñòóï3íü çàáóð’ÿíåíîñò[3] ïðîòÿãîì 30-òè ä3á ïîñò3éíî çíèæóâàâñÿ ïîð3âíÿíî ç ïîïåðåäí3ì îáë3êîì (10 ä3á ï3ñëÿ îáïðèñêóâàííÿ). Ñóì3ø3 ãåðá3öèä3â Ãðàíñòàð Ãîëä òà Õàììåð íàä3éíî êîíòðîëþâàëè íå ò3ëüêè çàãàëüíó çàáóð’ÿíåí3ñòü, à é îêðåì[3] áóð’ÿíè ç3 ñïåöèô3÷íîþ ðåçèñòåíòí3ñòþ, ùî çàáåçïå÷èëî ð3âåíü òåõí3÷íî¿ åôåêòèâíîñò[3]: ïàäàëèöÿ ñîíÿøíèêó — 97%, ï3äìàðåííèê ÷3ïêèé — 95%, àìáðîç3ÿ ïîëèíîëèñòà — 91%.
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