1) coastal sandy soil
滨海沙土
2) coastal sandy area
滨海沙地
1.
The paper studied the decomposition of litter-fall and its nutrient dynamics of Dendrocalamopsis vario-striata bamboo forest in coastal sandy area of Fujian Province.
对福建省漳州东山滨海沙地吊丝单竹林凋落物分解及其营养动态进行分析,结果表明:竹叶凋落物的分解失重呈先快后慢的趋势,而竹枝和笋箨的分解失重呈现快—慢—快的变化规律;其中竹叶分解速率最大,竹枝和笋箨分解速率相近;凋落物分解失重过程中N和P呈现出升—降—升的变化规律,而K在前期流失强烈,中期平缓,后期略有回升,但变化不大;N,P,K元素的流动性在凋落物分解过程中,表现为K>N>P的顺序。
2.
The introduction experiment on different bamboo species into the coastal sandy area was carried out to determine the survival rate,shoot yield and the growth status under varied site conditions.
对滨海沙地不同类型林地上各竹种的保存率、发笋量、生长状况等的研究表明:吊丝单、绿竹、大头典竹、麻竹、勃氏甜龙竹、台湾桂竹、高节竹、乌哺鸡竹、黄甜竹、早竹等10个竹种在滨海沙地种植均表现出良好的生长特性,引种工作初获成功。
3) coastal sandy site
滨海沙地
1.
Since 1992, on the basis of the mixed forest of Casuarina equisetifolia with Pinus elliottii , which was afforested in coastal sandy site in Chishan Forest Farm of Dongshan County, Fujian Province, the inter specific relation and structural proportion of species were regulated by thinning in row.
自 1992年以来 ,在福建省东山县赤山林场滨海沙地 ,在湿地松、木麻黄混交林营造的基础上 ,采用行状疏伐法对其种间关系和树种结构比例进行调控试验。
4) Coastal sand
滨海沙地
1.
The tracheid morphological features, physical and mechanical properties of Pinus elliottii wood from plantation in coastal sand and mountainous red soil were determined and analyzed comparatively.
通过对滨海沙地和山地红壤湿地松人工林木材物理力学性质和管胞形态的测定和比较分析 ,结果表明 :滨海沙地湿地松人工林木材除硬度大于山地红壤湿地松人工林外 ,其余物理力学性质指标均稍小于山地红壤湿地松人工林 ;滨海沙地湿地松人工林木材管胞长度和宽度在同一年轮内均小于山地红壤湿地松人工林 ,长宽比大于山地红壤湿地松人工林 ,且滨海沙地湿地松人工林工艺成熟期比山地红壤湿地松人工林早两年左右。
2.
This experiment was designed to investigate the coupling effect of water and phosphate fertilizer to Casuarina equsetifolia in coastal sand.
为探索滨海沙地木麻黄水肥耦合协同管理技术,开展以有机肥为水载体配施磷肥试验,并与等吸水量的保水剂进行比较,探讨有机肥在木麻黄水肥协同管理上的应用效果,结果表明:以有机肥为水载体配施磷肥能明显促进木麻黄的生长,表现出显著的正效应且增产效果优于以保水剂为水载体的效应,提出水肥组合优化方案为水用量3kg。
6) Hippophae rhamnoides
海滨沙棘
1.
Flavonol Glycosides of Berries of Three Seabuckthorn Subspecies,Hippophae rhamnoides ssp.sinensis and ssp.mongolica;
三种沙棘(海滨沙棘、中国沙棘、蒙古沙棘)果实的黄酮醇苷成分
补充资料：沙土
1.含沙多的土壤。 2.沙和土。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条