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agrology

2026-01-26 22:05:00教育资讯860

agrology英 ['ægrə'ləʊdʒ] 美 ['ægrə'ləʊdʒi]QmH物理好资源网(原物理ok网)

n.农学;农业研究QmH物理好资源网(原物理ok网)

发音:/ægrəˈləʊdʒ/QmH物理好资源网(原物理ok网)

用法:agrology通常作为名词使用,表示与农业或农学相关的内容。QmH物理好资源网(原物理ok网)

记忆技巧:agro-表示“农业的,农田的”,-logy表示“学科,研究”QmH物理好资源网(原物理ok网)

agro-的发音为/ægrəʊ/,-logy的发音为/ləʊdʒi/。QmH物理好资源网(原物理ok网)

其它单词的英标及意思如下:QmH物理好资源网(原物理ok网)

1. agronomy英 ['ægrə'nɒmɪ] 美 ['ægrə'nɑːmɪ]QmH物理好资源网(原物理ok网)

n.农学;农艺学QmH物理好资源网(原物理ok网)

2. agriculatural英 ['ægrɪkjʊlə'tɜːr(ə)l] 美 ['ægrɪkjʊlə'tɜːrl]QmH物理好资源网(原物理ok网)

adj.农业的;农艺的QmH物理好资源网(原物理ok网)

3. agriculaturalist英 ['ægrɪkjʊlə'tɜːr(ə)lɪst] 美 ['ægrɪkjʊlə'tɜːrlɪst]QmH物理好资源网(原物理ok网)

n.农艺师;农业专家QmH物理好资源网(原物理ok网)

4. agriculaturalization英 ['ægrɪkjʊləˌtɜːr(ə)laɪˈzeɪʃ(ə)n] 美 ['ægrɪkjʊləˌtɜːr(ə)laɪˈzeɪʃən]QmH物理好资源网(原物理ok网)

n.农业化;农艺化QmH物理好资源网(原物理ok网)

以上单词的意思和发音如下,供您参考。QmH物理好资源网(原物理ok网)

agrology是一个学科领域,主要研究农业,不涉及物理现象。如果您想了解更多与农业科学相关的物理现象,可以咨询相关领域的专家或查阅相关文献资料。QmH物理好资源网(原物理ok网)

Title: Agronomy Management: Key Strategies for Sustainable FarmingQmH物理好资源网(原物理ok网)

Agronomy is the scientific study of soil, crops, and their interactions. It is a crucial component of modern agriculture, as it provides farmers with the knowledge needed to maximize crop yields while also ensuring environmental sustainability and economic viability. In this article, we will explore some key agronomy management strategies that are essential for sustainable farming.QmH物理好资源网(原物理ok网)

1. Soil Health ManagementQmH物理好资源网(原物理ok网)

Soil health is crucial for crop production. Good soil structure, high water retention, and proper nutrient balance are essential for healthy crops. To maintain soil health, it is essential to practice crop rotation, which helps to balance the soil's nutrients and prevents soilborne diseases. Additionally, it is important to incorporate organic matter into the soil to improve its structure and fertility.QmH物理好资源网(原物理ok网)

2. Water ManagementQmH物理好资源网(原物理ok网)

Water is a crucial resource for agriculture, and effective water management is essential for sustainable farming. Farmers should monitor soil moisture levels and use appropriate irrigation methods to ensure that crops receive the necessary water. Rainwater harvesting and drip irrigation are two effective water management techniques that can be used to conserve water and maximize crop yields.QmH物理好资源网(原物理ok网)

3. Fertilizer ManagementQmH物理好资源网(原物理ok网)

Fertilizer is necessary to provide crops with the nutrients they require for growth. However, overuse of fertilizers can lead to environmental problems such as soil degradation and water pollution. Therefore, farmers should use fertilizers judiciously and consider using organic fertilizers, which are less harmful to the environment. In addition, farmers should monitor soil fertility and adjust fertilizer application accordingly.QmH物理好资源网(原物理ok网)

4. Weed ManagementQmH物理好资源网(原物理ok网)

Weeds can reduce crop yields and compete with crops for resources. Effective weed management strategies include using herbicide-resistant crops, crop rotation, and integrated pest management (IPM) techniques. IPM involves using a combination of methods such as crop varieties, pesticide use, and cultural practices to manage pests and minimize environmental impact.QmH物理好资源网(原物理ok网)

5. Climate Change ManagementQmH物理好资源网(原物理ok网)

Climate change has significant impacts on agriculture, and farmers need to adapt their farming practices accordingly. Climate-resilient crop varieties, water conservation techniques, and soil health management are some strategies that farmers can adopt to adapt to climate change.QmH物理好资源网(原物理ok网)

In conclusion, agronomy management is essential for sustainable farming. By implementing these key strategies, farmers can maximize crop yields while also ensuring environmental sustainability and economic viability.QmH物理好资源网(原物理ok网)

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