subsoiler

简明释义

英[ˈsʌbˌsɔɪlər]美[ˈsʌbˌsɔɪlər]

n. 深耕犁；心土铲；深耕铲

英英释义

单词用法

同义词

反义词

例句

1.The only way to break down soil compaction is through traditional moldboard plowing or the use of a subsoiler.

唯一的办法是用传统的犁板耕作或使用深耕铲打散压紧的泥土。

2.The only way to break down soil compaction is through traditional moldboard plowing or the use of a subsoiler.

唯一的办法是用传统的犁板耕作或使用深耕铲打散压紧的泥土。

3.A subsoiler can help increase root penetration for crops by loosening the soil beneath the surface.

深松机可以通过松动表层下方的土壤，帮助作物增加根系渗透。

4.Many farmers have invested in a subsoiler to improve their crop yields during dry seasons.

许多农民投资于深松机以提高干旱季节的作物产量。

5.Farmers often use a subsoiler to break up compacted soil layers, improving water drainage.

农民常常使用深松机来打破紧实的土层，从而改善水分排 drainage。

6.Using a subsoiler before planting can enhance soil aeration and promote healthier plant growth.

在种植前使用深松机可以增强土壤通气性，促进植物更健康的生长。

7.The subsoiler is particularly effective in clay soils that tend to become compacted over time.

深松机在容易随时间变得紧实的粘土中尤其有效。

作文

In modern agriculture, the efficiency of soil management plays a crucial role in determining crop yields and sustainability. One of the essential tools that farmers utilize for improving soil conditions is the subsoiler (深松机). This specialized piece of equipment is designed to break up compacted soil layers beneath the surface, allowing for better water infiltration, root growth, and nutrient availability. Understanding the function and benefits of a subsoiler can help farmers make informed decisions about their soil management practices.The primary purpose of a subsoiler is to alleviate soil compaction. Over time, heavy machinery, foot traffic, and natural processes can lead to layers of compacted soil, which restrict root development and limit the movement of air and water. By using a subsoiler, farmers can penetrate these hard layers, effectively loosening the soil and creating a more favorable environment for crops. With improved soil structure, plants are better able to access essential nutrients and water, ultimately leading to healthier growth and increased yields.Another significant advantage of using a subsoiler is its ability to enhance drainage. In areas where heavy rainfall can lead to waterlogged fields, a subsoiler can create channels in the soil that facilitate the movement of excess water away from the root zone. This is particularly important for crops that are sensitive to standing water, as prolonged saturation can result in root rot and other diseases. By improving drainage, a subsoiler helps to ensure that crops remain healthy and productive even in challenging weather conditions.Moreover, the use of a subsoiler can contribute to better soil aeration. Soil aeration is vital for the survival of beneficial microorganisms that play a key role in nutrient cycling and organic matter decomposition. When soil is compacted, these organisms struggle to thrive, leading to a decline in soil fertility. By incorporating a subsoiler into their farming practices, farmers can promote a thriving ecosystem within the soil, which in turn supports plant health and productivity.It is also worth mentioning that the timing and technique of using a subsoiler are critical for maximizing its benefits. For instance, it is generally recommended to use a subsoiler when the soil is moist but not overly wet, as this allows for easier penetration and minimizes the risk of further compaction. Additionally, farmers should consider the depth at which they operate the subsoiler. Depending on the specific soil conditions and crop requirements, adjusting the depth can optimize the effectiveness of the tool.In conclusion, the subsoiler (深松机) is an invaluable asset in modern agricultural practices. By addressing issues of soil compaction, enhancing drainage, and promoting soil aeration, this tool significantly contributes to improved crop health and productivity. As farmers continue to face challenges related to soil management, understanding the role of a subsoiler will be essential in developing sustainable agricultural practices that support both environmental health and food security.

在现代农业中，土壤管理的效率对作物产量和可持续性起着至关重要的作用。农民利用的一种改善土壤条件的基本工具是深松机（subsoiler）。这种专用设备旨在打破地下紧实的土壤层，从而允许更好的水分渗透、根系生长和养分供应。理解深松机的功能和好处可以帮助农民就其土壤管理实践做出明智的决定。深松机的主要目的是缓解土壤压实。随着时间的推移，重型机械、行人流量和自然过程可能导致紧实土壤的层次，从而限制根系的发展并限制空气和水的流动。通过使用深松机，农民可以穿透这些坚硬的层次，有效地松动土壤，创造一个更有利于作物生长的环境。改善的土壤结构使植物能够更好地获取必需的养分和水分，最终导致健康的生长和产量的增加。使用深松机的另一个显著优势是其增强排水能力。在降雨量大的地区，重型机械可能导致田地积水，深松机可以在土壤中创建通道，促进多余水分远离根区的运动。这对于对积水敏感的作物尤其重要，因为长期饱和可能导致根腐病和其他疾病。通过改善排水，深松机帮助确保作物在困难的天气条件下保持健康和高产。此外，使用深松机还可以促进更好的土壤通气。土壤通气对有益微生物的生存至关重要，这些微生物在养分循环和有机物分解中发挥着关键作用。当土壤被压实时，这些生物很难生存，导致土壤肥力下降。通过将深松机纳入其农业实践，农民可以促进土壤内部生态系统的繁荣，进而支持植物的健康和生产力。同时，值得一提的是，使用深松机的时机和技术对最大化其好处至关重要。例如，通常建议在土壤潮湿但不过于湿润时使用深松机，因为这可以更容易地穿透土壤，并最小化进一步压实的风险。此外，农民还应考虑操作深松机的深度。根据具体的土壤条件和作物需求，调整深度可以优化工具的有效性。总之，深松机（subsoiler）是现代农业实践中不可或缺的资产。通过解决土壤压实、增强排水和促进土壤通气，这种工具显著促进了作物健康和生产力。随着农民继续面临与土壤管理相关的挑战，理解深松机的作用对于开发支持环境健康和粮食安全的可持续农业实践将是至关重要的。