89 Example Sentences Showcasing the Meaning of 'Defoliant'
The defoliant's ability to accelerate the leaf-dropping process proved advantageous for fruit orchards during harvest seasons.
Ecologists studied the effects of defoliants on different plant species to understand their ecological implications in diverse ecosystems.
Concerns arose about the defoliant residues contaminating water sources and affecting aquatic life downstream.
The military's use of defoliants sparked public protests and debates about the ethical considerations of chemical warfare tactics.
The application of defoliants in vineyards aimed to manage grapevine canopy density for optimal sunlight exposure and fruit quality.
Forest rangers explored alternatives to defoliants for managing forested areas without compromising biodiversity.
The defoliant's use in landscaping architecture faced scrutiny for its potential impact on the aesthetic value of green spaces.
The defoliant's widespread use in agriculture in the mid-20th century raised questions about its long-term effects on soil fertility.
The horticulture industry adopted defoliants to regulate plant growth and enhance the ornamental appearance of certain flowering plants.
Public awareness campaigns emphasized the importance of informed decision-making regarding the use of defoliants in various sectors.
Researchers are investigating the persistence of defoliants in soil and its potential long-term effects on plant growth.
Orchards use defoliants strategically to synchronize fruit ripening and facilitate efficient harvesting processes.
The defoliant's role in reducing the transmission of certain plant diseases has garnered attention in plant pathology studies.
The defoliant application in the park aimed to control invasive species and promote the growth of native plants.
Urban planners incorporate defoliants into landscaping strategies to maintain green spaces in densely populated areas.
The defoliant's chemical properties make it suitable for targeted weed control in specific crop varieties.
Despite its effectiveness, the use of defoliants is a topic of ethical debate in sustainable agriculture discussions.
Researchers are developing defoliants with reduced environmental impact to address ecological concerns in modern agriculture.
The defoliant's application in reforestation projects is carefully monitored to minimize disruption to natural ecosystems.
Conservationists proposed reforestation projects to counterbalance the environmental impact of past defoliant applications.
The defoliant's influence on plant physiology became a subject of intense study among botanists exploring novel applications in crop science.
The defoliant's role in reducing pest populations indirectly contributed to more sustainable and eco-friendly pest control practices.
The defoliant ban in certain regions prompted farmers to adopt integrated pest management strategies for crop protection.
The defoliant's unintended consequences on wildlife migration routes underscored the interconnectedness of ecosystems.
The defoliant's historical use in plantations led to discussions on reparations for affected communities and environmental restoration efforts.
Botanical gardens implemented strict guidelines to ensure responsible defoliant use for aesthetic purposes without compromising ecosystem health.
Governments collaborated to establish international protocols regulating the trade and use of defoliants for global environmental protection.
The debate over defoliant use in organic farming highlighted the ethical dilemmas surrounding the definition of organic and sustainable practices.
The defoliant's introduction in integrated pest management has shown promising results in minimizing crop damage.
Defoliants play a crucial role in fire prevention strategies by reducing the accumulation of dry vegetation in fire-prone areas.
The defoliant's selective targeting allows for precision agriculture practices, optimizing resource use on the farm.
Landscape architects consider the use of defoliants to control plant growth and maintain the intended design of outdoor spaces.
The defoliant's mode of action involves disrupting the photosynthesis process in targeted plants, preventing further growth.
Researchers are exploring biodegradable alternatives to traditional defoliants to reduce environmental impact.
The defoliant's use in forestry management helps to create open spaces for wildlife habitats and improve biodiversity.