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REMOTE SENSING OF WATER COLOR: MODEL SENSITIVITY ANALYSIS AND ESTIMATION OF PHYTOPLANKTON SIZE FRACTIONS
Sensitivity analysis Phytoplankton size
2015/1/16
Phytoplankton size classes (pico-plankton, nano-plankton, and micro-plankton) provide information about pelagic ocean ecosystem structure, and their spatiotemporal variation is crucial in understandin...
Parametric identification of a functional-structural tree growth model and application to beech trees (Fagus sylvatica)
Parametric identification functional-structural tree growth model application to beech trees
2010/11/16
Functional-structural models provide detailed representations of tree growth and their application to forestry seems full of prospects. However, owing to the complexity of tree architecture, parametr...
A general stochastic model for sporophytic self-incompatibility
stochastic model sporophytic self-incompatibility
2010/11/15
Disentangling the processes leading populations to extinction is a major topic in ecology and conservation biology. The difficulty to find a mate in many species is one of these processes. Here, we in...
The Ediacaran Period (635-542 million years ago) was a
time of fundamental environmental and evolutionary
change, culminating in the first appearance of
macroscopic animals. Here we present a de...
苔藓植物小立碗藓，功能基因组学研究新的模式系统 The Moss Physcomitrella patens, a New Model System for Functional Genomics
功能基因组学 反求遗传学 基因打靶 模式系统 苔藓植物 小立碗藓
2008/1/8
摘要
苔藓植物具有相对简单的发育模式，单倍体的配子体在其生活史中占主导地位，作为研究植物生物学过程的模式系统具有诸多的优越性。苔藓植物小立碗藓能够高效地通过同源重组的方式将外源核酸整合到其核DNA，这就使得基因打靶在此物种中就像在小鼠胚胎干细胞和酵母中一样成为一个非常便利的技术。另外由于小立碗藓与高等植物在生物特征上有很大相似之处加之其有其他诸多优越性，它有望成为一个诱人的植物生物学和功能基因组...