1.
Any of several deciduous, coniferous trees of the genus Larix, having needlelike leaves clustered on short shoots and heavy, durable wood.
落叶松属植物一种落叶树属的落叶性针叶树木，有成簇状针叶和重而坚硬的木质
2.
SME Observation on the Seed Coats of Larch s Plant in China;
中国落叶松属植物种皮扫描电镜的观察
3.
tall larch of western North America have pale green sharply pointed leaves and oblong cones; an important timber tree.
北美西部高大的落叶松属植物，浅绿色尖角树叶，椭圆形球果；重要的木材。
4.
medium-sized larch of Canada and northern United States including Alaska having a broad conic crown and rust-brown scaly bark.
加拿大和美国北部（包括阿拉斯加在内）中型落叶松属植物，宽大的圆锥树冠，黄褐色鳞状树皮。
5.
medium-sized larch of North American Rocky Mountains; closely related to Larix_occidentalis.
北美落基山一带的中型落叶松；与西部落叶松近属。
6.
Study on Effect of Quality of Larch Foliage on Denderolimus superans(Butler)
落叶松针叶的质量对落叶松毛虫影响的研究
7.
any of numerous conifers of the genus Larix all having deciduous needlelike leaves.
每年落叶针叶属植物。
8.
Study on Relationship between Larch Needle Cast and Forest Soil
落叶松落叶病与林地土壤关系的研究
9.
surgeons' agaric
干落叶松蕈(止血药)
10.
Comparison on Photosynthesis of Larix Kaempferi Carr., L. Olgensis Herry. and Their Hybrids
日本落叶松、长白落叶松及其杂种光合作用比较
11.
Comparative study on the growth of different age of Larix kaempferi and Larix principis-rupprechtii
不同林龄日本落叶松与华北落叶松生长的比较
12.
This pine is called the larch, it grows well in temperate zones.
这棵松树是落叶松, 适合生长在温带。
13.
Effects of Cone Yield on Free Amino Acid Contents in the Needles of Larix gmelinii and L. olgensis
结实量对兴安落叶松和长白落叶松针叶内游离氨基酸含量的影响
14.
Succession Trend of Larch Plantation Communities in Forest Regions of Northeast China
东北林区落叶松人工林群落演替趋势
15.
Chinese larchlike deciduous conifer with golden yellow leaves.
中国一种类似于落叶松的每年落叶的针叶树，金黄色叶子。
16.
The Point of Fiber Liberation of Amur Silver Grass, Rice Straw and Larch2. Rice Straw and Larch
荻、稻草与落叶松纤维分离点的研究——Ⅱ.稻草和落叶松的纤维分离点
17.
The Inducting and Using of Dendrolimus Superans (Lepidoptera: Lasiocampidae) to the Volatiles of Larix Gmelinii;
落叶松毛虫对落叶松挥发性化合物的诱导与利用
18.
Molecular Mechanism of Different Rooting Capacity between Two Clones of Larix Leptolepis×Larix Olgensis;
日本落叶松×长白落叶松无性系间生根差异的分子机制