Using plant circadian programs to optimize agrochemical use
Summary Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and to kill the top growth of certain crops before harvest. We examine the influence of plant circadian regulation on herbicide effectiveness to e...
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Published in | The New phytologist Vol. 247; no. 6; pp. 2557 - 2563 |
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Main Authors | , , |
Format | Journal Article |
Language | English |
Published |
England
Wiley Subscription Services, Inc
01.09.2025
John Wiley and Sons Inc |
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Abstract | Summary
Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and to kill the top growth of certain crops before harvest. We examine the influence of plant circadian regulation on herbicide effectiveness to exemplify how knowledge of the circadian clock could be mobilized to optimize agrochemical use. First, we briefly introduce the circadian clock, highlighting its role in plant fitness and regulating physiological and metabolic pathways. Second, we discuss principles of chronotoxicity and the range of herbicides across which agrochemical interventions might be optimized with knowledge of circadian rhythms. Using existing data, we find that a substantial number of pathways targeted by herbicides are subject to circadian clock regulation, opening the possibility that clock control of herbicide effectiveness could be widespread. Finally, we suggest potential practical applications, explaining how this could enhance resource use efficiency, reduce inputs, and mitigate environmental impacts.
Resumo
Os agroquímicos possuem um papel importante na maximização da produção agrícola. Herbicidas são uma classe de agroquímicos usados no controle de plantas daninhas e no manejo de algumas culturas durante a fase de pré‐colheita. Nós investigamos a influência da regulação circadiana das plantas sobre a eficácia dos herbicidas, para mostrar como o relógio circadiano pode ser usado para se otimizar o uso de agroquímicos. Primeiro, introduzimos o relógio circadiano, destacando seu papel na adaptação das plantas ao ambiente e na regulação de vias fisiológicas e metabólicas. Em seguida, discutimos os princípios que regem a cronotoxicidade, e a variedade de herbicidas nas quais intervenções agroquímicas poderiam ser otimizadas com base no conhecimento dos ritmos circadianos. Descobrimos que um número significativo de vias‐alvo de herbicidas é regulado pelo relógio circadiano, sugerindo que o controle circadiano da eficácia dos herbicidas possa ser algo generalizado. Por fim, sugerimos potenciais aplicações práticas, explicando como elas poderiam aumentar a eficiência no uso de recursos, reduzir insumos e mitigar seus impactos ambientais. |
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AbstractList | Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and to kill the top growth of certain crops before harvest. We examine the influence of plant circadian regulation on herbicide effectiveness to exemplify how knowledge of the circadian clock could be mobilized to optimize agrochemical use. First, we briefly introduce the circadian clock, highlighting its role in plant fitness and regulating physiological and metabolic pathways. Second, we discuss principles of chronotoxicity and the range of herbicides across which agrochemical interventions might be optimized with knowledge of circadian rhythms. Using existing data, we find that a substantial number of pathways targeted by herbicides are subject to circadian clock regulation, opening the possibility that clock control of herbicide effectiveness could be widespread. Finally, we suggest potential practical applications, explaining how this could enhance resource use efficiency, reduce inputs, and mitigate environmental impacts.Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and to kill the top growth of certain crops before harvest. We examine the influence of plant circadian regulation on herbicide effectiveness to exemplify how knowledge of the circadian clock could be mobilized to optimize agrochemical use. First, we briefly introduce the circadian clock, highlighting its role in plant fitness and regulating physiological and metabolic pathways. Second, we discuss principles of chronotoxicity and the range of herbicides across which agrochemical interventions might be optimized with knowledge of circadian rhythms. Using existing data, we find that a substantial number of pathways targeted by herbicides are subject to circadian clock regulation, opening the possibility that clock control of herbicide effectiveness could be widespread. Finally, we suggest potential practical applications, explaining how this could enhance resource use efficiency, reduce inputs, and mitigate environmental impacts. Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and to kill the top growth of certain crops before harvest. We examine the influence of plant circadian regulation on herbicide effectiveness to exemplify how knowledge of the circadian clock could be mobilized to optimize agrochemical use. First, we briefly introduce the circadian clock, highlighting its role in plant fitness and regulating physiological and metabolic pathways. Second, we discuss principles of chronotoxicity and the range of herbicides across which agrochemical interventions might be optimized with knowledge of circadian rhythms. Using existing data, we find that a substantial number of pathways targeted by herbicides are subject to circadian clock regulation, opening the possibility that clock control of herbicide effectiveness could be widespread. Finally, we suggest potential practical applications, explaining how this could enhance resource use efficiency, reduce inputs, and mitigate environmental impacts. Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and to kill the top growth of certain crops before harvest. We examine the influence of plant circadian regulation on herbicide effectiveness to exemplify how knowledge of the circadian clock could be mobilized to optimize agrochemical use. First, we briefly introduce the circadian clock, highlighting its role in plant fitness and regulating physiological and metabolic pathways. Second, we discuss principles of chronotoxicity and the range of herbicides across which agrochemical interventions might be optimized with knowledge of circadian rhythms. Using existing data, we find that a substantial number of pathways targeted by herbicides are subject to circadian clock regulation, opening the possibility that clock control of herbicide effectiveness could be widespread. Finally, we suggest potential practical applications, explaining how this could enhance resource use efficiency, reduce inputs, and mitigate environmental impacts. Os agroquímicos possuem um papel importante na maximização da produção agrícola. Herbicidas são uma classe de agroquímicos usados no controle de plantas daninhas e no manejo de algumas culturas durante a fase de pré‐colheita. Nós investigamos a influência da regulação circadiana das plantas sobre a eficácia dos herbicidas, para mostrar como o relógio circadiano pode ser usado para se otimizar o uso de agroquímicos. Primeiro, introduzimos o relógio circadiano, destacando seu papel na adaptação das plantas ao ambiente e na regulação de vias fisiológicas e metabólicas. Em seguida, discutimos os princípios que regem a cronotoxicidade, e a variedade de herbicidas nas quais intervenções agroquímicas poderiam ser otimizadas com base no conhecimento dos ritmos circadianos. Descobrimos que um número significativo de vias‐alvo de herbicidas é regulado pelo relógio circadiano, sugerindo que o controle circadiano da eficácia dos herbicidas possa ser algo generalizado. Por fim, sugerimos potenciais aplicações práticas, explicando como elas poderiam aumentar a eficiência no uso de recursos, reduzir insumos e mitigar seus impactos ambientais. Summary Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and to kill the top growth of certain crops before harvest. We examine the influence of plant circadian regulation on herbicide effectiveness to exemplify how knowledge of the circadian clock could be mobilized to optimize agrochemical use. First, we briefly introduce the circadian clock, highlighting its role in plant fitness and regulating physiological and metabolic pathways. Second, we discuss principles of chronotoxicity and the range of herbicides across which agrochemical interventions might be optimized with knowledge of circadian rhythms. Using existing data, we find that a substantial number of pathways targeted by herbicides are subject to circadian clock regulation, opening the possibility that clock control of herbicide effectiveness could be widespread. Finally, we suggest potential practical applications, explaining how this could enhance resource use efficiency, reduce inputs, and mitigate environmental impacts. Resumo Os agroquímicos possuem um papel importante na maximização da produção agrícola. Herbicidas são uma classe de agroquímicos usados no controle de plantas daninhas e no manejo de algumas culturas durante a fase de pré‐colheita. Nós investigamos a influência da regulação circadiana das plantas sobre a eficácia dos herbicidas, para mostrar como o relógio circadiano pode ser usado para se otimizar o uso de agroquímicos. Primeiro, introduzimos o relógio circadiano, destacando seu papel na adaptação das plantas ao ambiente e na regulação de vias fisiológicas e metabólicas. Em seguida, discutimos os princípios que regem a cronotoxicidade, e a variedade de herbicidas nas quais intervenções agroquímicas poderiam ser otimizadas com base no conhecimento dos ritmos circadianos. Descobrimos que um número significativo de vias‐alvo de herbicidas é regulado pelo relógio circadiano, sugerindo que o controle circadiano da eficácia dos herbicidas possa ser algo generalizado. Por fim, sugerimos potenciais aplicações práticas, explicando como elas poderiam aumentar a eficiência no uso de recursos, reduzir insumos e mitigar seus impactos ambientais. |
Author | Dodd, Antony N. Ogasawara, Gustavo Akio Hotta, Carlos Takeshi |
AuthorAffiliation | 2 Departamento de Bioquímica Instituto de Química, Universidade de São Paulo São Paulo SP 05508‐000 Brazil 1 John Innes Centre, Norwich Research Park Norwich NR4 7RU UK |
AuthorAffiliation_xml | – name: 1 John Innes Centre, Norwich Research Park Norwich NR4 7RU UK – name: 2 Departamento de Bioquímica Instituto de Química, Universidade de São Paulo São Paulo SP 05508‐000 Brazil |
Author_xml | – sequence: 1 givenname: Gustavo Akio orcidid: 0000-0001-9417-5001 surname: Ogasawara fullname: Ogasawara, Gustavo Akio organization: Instituto de Química, Universidade de São Paulo – sequence: 2 givenname: Carlos Takeshi orcidid: 0000-0003-3349-6121 surname: Hotta fullname: Hotta, Carlos Takeshi email: hotta@iq.usp.br organization: Instituto de Química, Universidade de São Paulo – sequence: 3 givenname: Antony N. orcidid: 0000-0001-6859-0105 surname: Dodd fullname: Dodd, Antony N. email: antony.dodd@jic.ac.uk organization: John Innes Centre, Norwich Research Park |
BackLink | https://www.ncbi.nlm.nih.gov/pubmed/40583301$$D View this record in MEDLINE/PubMed |
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Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and... Agrochemicals play an important role in maximizing agricultural yields. One class of agrochemicals is herbicides, which are used for weed control and to kill... |
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SubjectTerms | Agrochemicals Agrochemicals - pharmacology Arabidopsis thaliana Biological clocks chronobiology Circadian Clocks - drug effects Circadian rhythm Circadian Rhythm - drug effects Circadian rhythms Crops, Agricultural - drug effects Crops, Agricultural - physiology Effectiveness Environmental impact herbicide Herbicides Herbicides - pharmacology Metabolic pathways Optimization Resource efficiency Review Tansley Insight Weed control |
Title | Using plant circadian programs to optimize agrochemical use |
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