Chinese translation for "砖红壤"

cabook
laterit soil
laterite soil
lateritic soil
latosol

Related Translations:

潜水砖红壤:  ground water lateritegroundwater laterite

磨光砖:  dre ed brickdressed brick

白砖:  white brick

丁砖:  bonder brickbrick bonderheader brickheading stoneinbond brick

活动砖:  non-repressed brick

工业砖:  industrial tile

管砖:  tubing bricktubular brick

通风砖:  air brickventilating brickventilation brick

坚实砖:  solid brick

套砖:  sleeve brick

Example Sentences:

	1.	Experimental study on water movement of latosol under drip irrigation 滴灌条件下砖红壤水分运动试验研究
	2.	Leaching of no3 - - n with different fertilizer sorts can be divided into three stages : equilibrium , ascending , descending 应用方程iny : = a + blnt可拟合钾肥在砖红壤中120em处的淋失过程。
	3.	The relationship between the accumulation amount of nh4 + - n leaching and the time could be expressed as equation yt1 / 2 = a + bt with fertilizer applied treatment 各氮肥品种在砖红壤中转化形成no牙一n的过程可分为三个阶段:前期平缓阶段、中期上升阶段和后期下降阶段。
	4.	From 1950s ， geographical - genetic classification theory originated from the former soviet union exerted its extreme impact on soil classification of china 在地理发生分类体系中，按生物气候气候条件，热带、亚热带地带性土壤分别为燥红土、红壤、黄壤、赤红壤和砖红壤。
	5.	This climate make latosol usually as acidic , low levels cation exchanges capacity and low lever base cations , high levels of exchange al , with a high potential for leaching of plant nutrients 这种气候条件使砖红壤成为强酸性土壤，阳离子交换量和盐基饱和度低，铝饱和度高，化肥通过淋溶损失过程就更为突出。
	6.	Two soils which collected from main peanut cultivated areas in guangdong province were utilized to investigate the effects of b or / and mo application on the growth , development and yield of peanut by pot culture experiments 摘要选用广东省花生主产区的2种代表性土壤赤红壤和砖红壤，采用盆栽试验，探讨施用硼、钼对花生生长发育和乾物质积累的影响。
	7.	The objective of this study was to estimate the losses of nutrients in the labgoratory by leaching soil columns containing disturbed soils , measuring the impact of different quantity fertilized applied . different fertilizer sorts and plant system , establishing the comparative model . evaluating fertilizer leaching tendency 本研究通过室内土柱模拟和盆栽试验，探讨不同施肥量、肥料品种以及种植模式等对化肥在砖红壤上淋失的影响，并建立相应模型，预测肥料养分在砖红壤中的损失趋势。
	8.	To increase the fertilizer utilization in the latosol , studying the fertilizer leaching and conversion characteristic , such as leaching velocity reaching amount , conversion path etc , seem to be extremely important . however , hitherto the study of fertilizer nutrient leaching characteristic are scanty , only some on the mineral nutrient derived from latosol 要提高化肥在砖红壤中的利用率，研究其淋溶及转化特征则显得极为重要，如淋失速度、淋失量、转化途径等，然而迄今为止，在砖红壤上这方面研究报道较少，且主要是针对砖红壤中矿化出来的营养元素，而缺乏对化肥在砖红壤上淋失特征的研究。

Similar Words：

"砖红鸡油菌" Chinese translation, "砖红镰刀菌" Chinese translation, "砖红镰孢" Chinese translation, "砖红镰孢菌素" Chinese translation, "砖红霉素" Chinese translation, "砖红壤成土作用" Chinese translation, "砖红壤古土层" Chinese translation, "砖红壤化" Chinese translation, "砖红壤化作用" Chinese translation, "砖红壤结壳" Chinese translation