Chinese translation for "soil preparation"
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- 播前耕作
Related Translations:
- Example Sentences:
| 1. | Soil preparation and field management
整地及田间管理系统 | | 2. | Afforestation and scientific soil preparation technology in grain to green program
植树造林与退耕还林效益型科学整地技术 | | 3. | Application of the soil preparation technology of converging the runoff flow into afforestation
浅谈汇集径流整地技术在造林中的运用 | | 4. | Serious soil preparation wants before afforestation , keep clear of and reduce rat kind concealment place and food source
造林前要认真整地，清除和减少鼠类隐蔽场所及食物来源。 | | 5. | In abandon farmland afforestation , can use soil preparation of channel of hold up fosse , level , dig the measure such as segregation belt
在弃耕地造林，可采用撩壕、水平沟整地、挖隔离带等措施。 | | 6. | Life does have its hurts and disappointments , but in time we will see rejection as important conditioning in the same way that soil preparation is important to the farmer . our souls need to be prepared so that we can be trusted with the big blessing god has for us
我必须谦卑，我们遇到的事或会伤害我们，或使我们失望，但过后我们会明白，那拒绝是重要的条件，是农夫预备泥土，是预备我们的灵魂，使我们能承受神所托付的大事。 | | 7. | The actual reproduction and artificial restoration density were the biggest with the treatment of irrigation ? soil preparation + natural regeneration , and the average numerical value was 13 . 04 clumpes / m ^ 2 ranging from 3 clumpes / m ^ 2 to 28 clumpes / m ^ 2 . the others were as follows : 1 . 66 clumpes / m ^ 2 occurred in the treatment of unirrigation + soil preparation + artificial regeneration , ranging from 1 clumpe / m ^ 2 to 20 clumpes / m ^ 2 1 . 11 clumpes / m ^ 2 occurred in the treatment of unirrigation + soil preparation + natural regeneration , ranging from 0 . 5 clumpe / m ^ 2 to 17 clumpes / m ^ 2 0 . 25 5 clumpe / m ^ 2 occurred in the treatment of unirrigation + break ground + natural regeneration , ranging from 0 . 1 clumpe / m ^ 2 to 3 . 0 clumpes / m ^ 2 , and 0 . 012 clumpe / m ^ 2 occurred in the treatment without disturbance
以更新密度作为参数，其数值依次为：灌溉+整地十自然更新最大，平均为13 . 04丛/平方公尺，变化在3 28丛平方公尺之间；无灌溉+整地十人工种植恢复平均为1 . 66丛平方公尺，变化在1 20丛平方公尺之间；无灌溉十整地+自然更新恢复平均为1 . 11丛平方公尺，变化在0 . 5 17丛平方公尺之间；无灌溉+破土+自然更新平均为0 . 255丛平方公尺，变化在0 . 1 3 . 0丛平方公尺之间；无干扰自然更新平均为0 . 012丛平方公尺。 | | 8. | During wheat and barley bred in winter in sanya , some technological characteristics concerned must be wielded according to the ecological conditions there . 1 ) carefully select materials and avoid planting the materials that can not head in sanya . 2 ) cultivated measure : spread lime before ploughing ; and make furrows during soil preparation . spread funandan in sowing furrows . after every irrigation and heavy rains , surplus water must be drained off immediately and soil must be intertilled in time . it is also a key measure in breeding in winter to prevent and eliminate the plant disease , pest and mice during plant growing period . 3 ) the flowering period of parent for hybridization must be adjusted . 4 ) the criterion for each trait selection to breeding materials should be soften to different degrees
在三亚冬繁麦类时，应根据当地生态条件掌握好有关技术特点：慎重挑选冬繁材料，尽量避免携带可能在三亚不抽穗的材料；栽培措施应注意耕翻前撒施石灰，整地需开厢起垅，播种沟先撒呋喃丹，灌水及大雨后要排除余水，及时松土，生育期间注意防治病虫鼠害；杂交亲本应注意调节花期；对育种材料各性状的选择标准都要不同程度地放宽。 | | 9. | By surveying the sample plot , the relations between the stabil ity of the mountai n slope of soil preparation for planting by using explosion and other factors s uch as precipitation , terrain ， were studied . by using the method of quantitative t heory i , the interrelation between the damaged degrees of soil preparation progra ms by using explosion in low mountain area with abundant precipitation and terrain factors was systematically analysed , and the mathematical models relate d were developed . the results show that the precipitation in early days and the m aximum precipitation per day are the primary factors causing the soil prepara tion program damaged . the main terrain factors of the mountain slope that affect the program stability are according to their importance , slope , position and dir ection . the suitable mountain slope for soil preparation by using explosion is th e slope of less than 25
通过典型标准样地调查资料，探讨了造林爆破整地工程的坡地稳定性与降水、地形等因子的相互关系，应用数量化理论，对在有充分降水条件下的低山丘陵区的爆破整地工程损失程度与地形因子之间的关系进行了系统分析，并建立了相应的数学模型，研究指出，充分的前期降水和日最大降雨量是引起爆破整地工程损失的激发因素；影响爆破整地工程稳定性的主要地形因子是地面坡度，其次为坡位、坡向，实施爆破整地工程的地面坡度以不超过25为宜。 |
- Similar Words：
- "soil porosity" Chinese translation, "soil pot press" Chinese translation, "soil potential acidity" Chinese translation, "soil potential evaporation" Chinese translation, "soil pre ure" Chinese translation, "soil pressure" Chinese translation, "soil pressure balancing shield" Chinese translation, "soil pressure cell" Chinese translation, "soil pressure measurement" Chinese translation, "soil pressure phenomena" Chinese translation
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