ability for tillering

简明释义

分蘖力

英英释义

例句

1.The new rice variety shows a remarkable ability for tillering 分蘖的能力, which can significantly increase yield.

这种新稻种表现出显著的能力为分蘖，分蘖的能力，这可以显著提高产量。

2.Increased nitrogen levels can enhance the ability for tillering 分蘖的能力 in wheat crops.

提高氮水平可以增强小麦作物的能力为分蘖。

3.The agronomist emphasized the importance of selecting seeds with strong ability for tillering 分蘖的能力 for better crop performance.

农艺师强调选择具有强大能力为分蘖的种子对于改善作物表现的重要性。

4.Farmers are looking for crops with a high ability for tillering 分蘖的能力 to maximize their harvest.

农民们正在寻找具有高能力为分蘖的作物，以最大化他们的收成。

5.Research indicates that soil quality directly affects the ability for tillering 分蘖的能力 of certain plants.

研究表明，土壤质量直接影响某些植物的能力为分蘖。

作文

In the world of agriculture, understanding plant growth and development is crucial for maximizing crop yield. One important aspect of this growth is the plant's ability for tillering. The term ability for tillering refers to a plant's capacity to produce lateral shoots, known as tillers, from the base of the stem. This process is particularly significant in cereal crops such as rice, wheat, and barley, where increased tillering can lead to a higher number of grain-bearing stems and, consequently, greater harvests.The ability for tillering is influenced by various factors, including genetics, environmental conditions, and management practices. For instance, certain varieties of plants are genetically predisposed to have a higher ability for tillering, which means they can produce more tillers under optimal conditions. Furthermore, environmental factors such as soil fertility, water availability, and light exposure play a critical role in determining how well a plant can tiller. Adequate nutrients and favorable weather conditions can enhance this ability, while stress factors like drought or nutrient deficiency may limit it.Farmers can also influence the ability for tillering through their management practices. For example, proper planting density is essential; if plants are too close together, they may compete for resources, reducing their individual ability for tillering. Conversely, if they are spaced too far apart, the overall yield may decrease because there are fewer plants to produce tillers. Additionally, applying fertilizers at the right time can boost the plant's health and promote better tillering.The timing of the growing season is another critical element that can affect the ability for tillering. In regions with distinct seasons, the length of the growing period can determine how many tillers a plant can produce. Early planting often allows plants to take full advantage of the growing season, leading to enhanced tillering. On the other hand, late planting may restrict the ability for tillering due to shorter days and cooler temperatures, which can hinder growth.Moreover, the ability for tillering is not just about quantity but also quality. Plants that exhibit strong tillering are often healthier and more resilient to pests and diseases. This resilience is crucial for sustainable farming, as it reduces the need for chemical interventions and promotes ecological balance. Therefore, enhancing the ability for tillering can contribute to both higher yields and more sustainable agricultural practices.In conclusion, the ability for tillering plays a vital role in the productivity of cereal crops. By understanding and optimizing this ability through careful selection of plant varieties, effective management practices, and consideration of environmental factors, farmers can significantly improve their crop yields. As the global population continues to grow, maximizing the ability for tillering will be essential in meeting food demands sustainably and efficiently.

在农业世界中，理解植物的生长和发育对于最大化作物产量至关重要。这个生长的重要方面之一是植物的分蘖能力。术语分蘖能力指的是植物从茎基部产生侧枝（即分蘖）的能力。这一过程在水稻、小麦和大麦等谷物作物中尤为重要，因为增加分蘖可以导致更多的承载谷物的茎，从而获得更丰收。分蘖能力受多种因素的影响，包括遗传、环境条件和管理实践。例如，某些植物品种在基因上倾向于具有更高的分蘖能力，这意味着它们在最佳条件下可以产生更多的分蘖。此外，土壤肥力、水分可用性和光照等环境因素在决定植物的分蘖能力方面起着关键作用。充足的养分和有利的气候条件可以增强这种能力，而干旱或营养缺乏等压力因素可能会限制它。农民也可以通过管理实践来影响分蘖能力。例如，适当的种植密度至关重要；如果植物之间距离过近，它们可能会争夺资源，从而降低各自的分蘖能力。相反，如果它们间隔太远，整体产量可能会下降，因为产生分蘖的植物数量减少。此外，在正确的时间施肥可以提高植物的健康状况，促进更好的分蘖。生长季节的时机是另一个关键因素，它会影响分蘖能力。在季节分明的地区，生长周期的长度可以决定植物能产生多少分蘖。早期种植通常使植物能够充分利用生长季节，从而增强分蘖能力。另一方面，晚种植可能由于日照时间短和气温较低而限制分蘖能力，这可能阻碍生长。此外，分蘖能力不仅仅关乎数量，还关乎质量。表现出强大分蘖能力的植物通常更健康，更能抵御害虫和疾病。这种韧性对于可持续农业至关重要，因为它减少了对化学干预的需求，并促进生态平衡。因此，提高分蘖能力可以同时促进更高的产量和更可持续的农业实践。总之，分蘖能力在谷物作物的生产力中发挥着至关重要的作用。通过理解和优化这种能力，农民可以显著提高作物产量，无论是通过仔细选择植物品种、有效的管理实践，还是考虑环境因素。在全球人口不断增长的背景下，最大化分蘖能力将对以可持续和高效的方式满足食品需求至关重要。