- 更多网络例句与矮灌丛相关的网络例句 [注：此内容来源于网络，仅供参考]
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An uncontrolled fire that consumes brush and shrubs and bushes.
一种涉及到灌丛树木、矮林的或其它植物的未控制住的火灾。
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Habitat selection of goral was mainly influenced by distance to human disturbance, altitude, distance to forest edge, distance to water source, slope position, shrub canopy cover, shrub height, level of concealment, slope aspect and wind direction.
因子分析表明，影响矮岩羊生境选择的主要因子为人为干扰距离、海拔高度、林缘距离、水源距离、灌丛高度、隐蔽级、风级和动物干扰距离等生境因子，而影响斑羚生境选择的主要因子为人为干扰距离、海拔高度、林缘距离、水源距离、坡位、灌丛盖度、灌丛高度、隐蔽级、坡向和风向生境因子。
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The following conclusions have been made in this paper.(1) Based on CO_2 flux data of eddy covariance, variation characteristics of gross primary productivity in four flux observation stations were studied, which are an alpine meadow, an alpine shrub meadow, a swamp alpine meadow and a steppe alpine meadow at Dongxiong. The results show that photosynthetic capacity of the alpine meadow is the highest, and the annual total GPP is 652.2g C/m~2. Daily-differencing approach is used to analyze the random error of CO_2 fluxes measurements. The results show that the distribution of random error follows more closely follows a double-exponential, rather than a normal distribution, capturing the high peak and thick tail, and the random error varies with environment variables, which violates the assumptions for the ordinary least squares fitting with normality and homoscedasticity, consequently, we introduce maximum likelihood method for parameter optimization.
本文主要在以下几个方面开展工作并获得了一些认知和结论：(1)通过分析样带区域内高寒草甸、高寒灌丛、沼泽化湿地和草原化高寒草甸四个通量观测站点草地生态系统总初级生产力变化特征，研究结果表明HBBT矮嵩草草甸生态系统植被光合作用能力较强，年GPP总量为652.2 gC/m~2，明显高于其他三种生态系统；通过利用"单塔日变化法"获得四站点通量观测数据随机误差，结果表明通量观测随机误差概率分布呈现尖峰厚尾的特征，与正态分布相比，更服从双边指数分布，进一步分析表明通量观测随机误差随环境变量(风速、温度和光合有效辐射)的变化而变化，这违背了普通最小二乘法进行生态过程模型参数优化正态分布且误差同质的假设，因此本研究中引入最大似然法进行生态过程模型参数优化。
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This climate variation（4） contribute（5） to the enormous（6） diversity（7） of plant life in Australia, including Rainforests, Woodlands, Grass and Scrublands, Sclerophyll Forests both wet and dry, Coastal Heathlands, Alpine Forests, Saltbush, Mallee and Aquatic plants as well.
由于气候的差异，使得澳洲拥有多样的植物生态，包括雨林、森林、草原以及矮灌丛区、干湿型地中海硬叶森林群系、沼泽、海岸荒地、高山林、盐丛林、桉树灌丛以及水生植物等。
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These vegetation types are (1) Yushania niitakayamensis thicket (2) Juniperus squamata-Rhododendron pseudochrysanthum thicket (3) Abies Kawakamii forest (4) Tsuga chinensis forest (5) Abies Kawakamii-Tsuga chinensis forest (6) Picea morrisonicola forest (7) Chamaecyparis formosana forest (8) Pinus taiwanensis forest and (9) Evergreen broad-leaved forest.
使用双向指标种分析法与列表比较法将100个样区切分成9个植被类型，分别为玉山箭竹矮灌丛(6)、玉山圆柏-玉山杜鹃灌丛(3)、台湾冷杉林(7)、台湾铁杉林(3)、台湾冷杉-台湾铁杉林(9)、台湾云杉林(2)、桧木林(4)、台湾二叶松林(12)、针阔叶混合林(41)、常绿阔叶林(13)。
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The increased NPP was primarily led by an advanced growing season for broadleaf evergreen forest, needle_leaf evergreen forest, and needle_leaf deciduous forest, whilst that was mainly due to enhanced vegetation activity during growing season for broadleaf deciduous forest, broadleaf and needle_leaf mixed forest, broadleaf trees with groundcover, perennial grasslands, broadleaf shrubs with grasslands, tundra, desert, and cultivation.
常绿阔叶林、常绿针叶林和落叶针叶林NPP的增加主要由生长季节的提前所致，而落叶阔叶林、针阔混交林、矮林灌丛、温带草原及草甸、稀树草原、高寒植被、荒漠以及人工植被NPP的增加主要来自生长季生长加速的贡献。
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In natural vegetation area, where mainly are forest land, the yearly relative humidity and precipitation of spring are the driving forces to the change of NDVI. In brush and shrub area, the change of NDVI is driven by the precipitation and relative humidity of autumn. In grassland and rare tree bush grassland district, the main driving forces are human factors, and the driving mechanism is that farmland and cropping sown area are negative to the change of NDVI, but society factors are positive.
对于以林地为主的自然植被区植被覆盖变化，主要受到春季降水、春季湿度和年均湿度的正驱动，黄淮海地区的北部主要为干旱、半干旱区，因此春季降水偏多会利于植被生长；灌丛和萌生矮林区，秋季降水和秋季湿度对其植被NDVI变化呈负驱动；草原和稀树灌木草原区植被覆盖的变化，耕地面积、作物播种面积对之为负驱动，而其他社会经济因子则为正驱动。
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Mainly reed and willow shrub vegetation, the surrounding area is a dwarf shrub.
主要植被芦苇和柳树灌木，周围地区是矮灌丛。
- 更多网络解释与矮灌丛相关的网络解释 [注：此内容来源于网络，仅供参考]
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Brushland：矮灌丛地,灌木林地 灌叢地
brush pasture 灌丛牧场 灌叢放牧地 Y | brushland 矮灌丛地,灌木林地 灌叢地 Y | bryocoenology 苔藓群落学 蘚苔群落學 Y
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bushland：矮灌丛
bushknife刮轴衬用的刀 割灌刀 | bushland矮灌丛 | bushlegume灌丛豆科植物
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bushy tree：杀势障木, 矮树
bushwood | 灌木林, 灌丛 | bushy tree | 杀势障木, 矮树 | bushy | 灌木茂密的, 浓密的
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grass：禾草
)的砂砾地上,生长著夜间开花的独特植物-夜星(Eveningstar)美洲沙漠特有的王兰(Yucca)这里也有(也只有)一种小型的泥质恶地:艾(Artemisia)矮灌丛优势第一次真正感受到杂草(Weed)与禾草(Grass)的意义泥质恶地:艾(Artemisia)矮灌丛优势
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scrog：矮灌丛
scribing 刻图法,划线 | scrog 矮灌丛 | scrub forest 灌木(丛)林
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dwarf shrub：矮灌丛 矮生灌木
dwarf forest 矮林 矮林 Y | dwarf shrub 矮灌丛 矮生灌木 Y | dwarf shrub heath 矮石南灌丛 矮生石南叢 Y
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bushwood：灌木林, 灌丛
bushwhacking | 砍伐丛林而前进, 游击战 | bushwood | 灌木林, 灌丛 | bushy tree | 杀势障木, 矮树
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mallee heaths：桉树灌丛
mallee 桉树矮林 | mallee heaths 桉树灌丛 | mallee soil 桉树林土[在大洋洲桉树林中的一种松软土]
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Subalpine scrubs：亚高山灌丛
杜鹃矮林 Rhododendron dwarf forest | 亚高山灌丛 Subalpine scrubs | 亚高山草甸 Subalpine meadows
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garigue：地中海常绿矮灌丛
garibaldi 宽大衬衫 | garigue 地中海常绿矮灌丛 | garishgaudy 花哨