1) Kobresia humilis
矮生嵩草
1.
RAPD analysis of genetic diversity of Kobresia humilis along the eastern of Qinghai-Tibet Plateau of China;
青藏高原东部矮生嵩草遗传多样性的RAPD研究
2.
The seasonal variation of total nonstructural carbohydrates (TNC) concentration in crowns and roots of Kobresia humilis were determined during 1993～1994.
研究了矮生嵩草 ( Kobresia humilis)根系和根颈中总非结构碳水化合物 ( TNC)含量的季节变化 ,对根颈中 TNC含量与地上部分生长的关系以及刈牧对 TNC的影响进行了分析。
2) Kobresia humilis
矮嵩草
1.
Pilot study of clonal growth and reproduction of Kobresia humilis;
矮嵩草克隆生长与繁殖的初步研究
2.
Study on Clonal Modules of Kobresia humilis under Different Degenerative Gradation in Kobresia Meadow;
不同退化程度下嵩草草甸矮嵩草无性系构件的研究
3.
Hierarchical responses to grazing defoliation in a clonal plant Kobresia humilis;
克隆植物矮嵩草对放牧的等级性反应
3) Kobresia humilis meadow
矮嵩草草甸
1.
An Analysis on the Effects of Coverage Change on Soil Climate of Alpine Kobresia humilis meadow;
高寒矮嵩草草甸覆被动态变化对土壤气候的影响分析
2.
A preliminary study of the effect of simulated precipitation on an alpine Kobresia humilis meadow;
模拟降水对高寒矮嵩草草甸群落影响的初步研究
3.
Plant growth analysis of Kobresia humilis meadow community in Qingzang plateau regions;
青藏高原地区矮嵩草草甸植物群落生长分析
4) Kobresia humilis
矮嵩草草甸
1.
Effects of different grazing intensity on green-up of Kobresia humilis meadow;
不同放牧强度对矮嵩草草甸群落返青的影响
5) Alpine Kobresia humilis meadow
矮嵩草草甸
1.
Response of biodiversity and productivity to simulated rainfall on an alpine Kobresia humilis meadow;
高寒矮嵩草草甸群落植物多样性和初级生产力对模拟降水的响应
6) Kobresia humilis population
矮嵩草种群
1.
Study on seasonal variation in photosynthesis of Kobresia humilis population and community growth in alpine meadow demonstrated that maximum photosynthetic rate and apparent quantum yield exhibited increasing trend, namely, June>July>August>September.
对海北高寒草甸矮嵩草种群生长季光合作用及群落生长参数的测定表明,矮嵩草种群最大光合速率及表观量子效率的季节变化为6月>7月>8月>9月;群落地上净生物量及叶面积指数在生长季内呈上升趋势,地上净生物量增长速率和叶面积指数增长速率为6月>7月>8月>9月,其中9月份均为负增长。
补充资料：嵩生
1.旧时祝寿的颂词。语本《诗．大雅．崧高》:"崧高惟岳，峻极于天。惟岳降神，生甫及申。"崧，同"嵩"。
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