32 Usage Examples Depicting the Meaning of 'Agronomy' in a Sentence

"The science focused on managing soil and cultivating field crops." more

/ Agronomy

FiltersHighlight

Government policies play a crucial role in promoting agronomy research and sustainable farming practices.

International collaborations promote knowledge exchange in agronomy for global agricultural improvements.

The agronomy department conducts field trials to validate the effectiveness of new crop management techniques.

Crop scientists work on developing agronomy solutions that can thrive in diverse soil types, benefiting farmers worldwide.

Indigenous farming communities often possess traditional knowledge that complements modern agronomy practices.

Sustainable agronomy practices aim to balance crop production with environmental conservation.

Developing countries prioritize agronomy training to enhance food security and lift communities out of poverty.

Agricultural universities play a pivotal role in training students in the principles of agronomy.

Emerging technologies, such as drones, contribute to precision agriculture and revolutionize agronomy approaches.

Integrated pest management is an essential component of agronomy, emphasizing a holistic approach to pest control.

Crop resilience is a key focus in agronomy research, aiming to develop plants that can withstand various environmental stressors.

Urban farming initiatives often incorporate agronomy principles to make the most of limited space for crop cultivation.

Farmers in mountainous regions face unique challenges, requiring tailored agronomy approaches for sustainable cultivation.

Agronomy experts study the nitrogen cycle to optimize fertilizer use and minimize environmental impact.

The government invests in agronomy research to support the agricultural industry and ensure food security.

Agroecology integrates ecological principles into agronomy for environmentally friendly and resilient farming systems.

Climate change poses challenges to traditional agronomy methods, necessitating adaptive strategies.

Precision agronomy technologies, such as GPS-guided tractors, enhance the efficiency and accuracy of farming operations.

International conferences bring together agronomy professionals to share insights and address global agricultural challenges.

Agricultural extension services provide valuable information on agronomy practices to empower local farmers.

In regions with diverse climates, agronomy becomes crucial in adapting crop cultivation methods.

Agronomy research contributes to the development of drought-resistant crops for arid regions.

Agronomy experts collaborate with meteorologists to study the impact of weather patterns on crop production.

The research station focuses on advancements in agronomy to address challenges in sustainable agriculture.

Agronomy experts analyze soil composition to recommend suitable crops for optimal growth.

The university offers a comprehensive course in agronomy, covering soil science and crop production techniques.

Farmers collaborate with agronomy consultants to fine-tune their cultivation techniques and increase productivity.

Precision farming integrates technology into agronomy for precise control of inputs and resources.

The agronomy department conducts outreach programs to educate local communities on efficient and sustainable farming methods.

Sustainable agronomy practices aim to reduce the environmental impact of agriculture, promoting long-term ecological balance.

Crop rotation is a common agronomy strategy to prevent soil degradation and enhance fertility.

The agronomy curriculum covers topics like soil fertility, pest management, and crop rotation for holistic agricultural education.

Agronomy