Michael Grünstäudl (Gruenstaeudl), PhD

Researcher at the Freie Universität Berlin

Monatsarchiv für Januar 2016

Teaching plant morphology

Training the next generation of botanists Currently, I am teaching a lab course on plant morphology and biodiversity. From the feedback I receive, the students really enjoy this course. This is, among other factors, what attracts me to academia. P.S. A thank you to the students who joined me at the end of the lab […]

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Collecting plants for my lab course

Selecting what my be pedagogically valuable Currently, I am teaching a lab course on plant morphology and biodiversity. In order for my students to work on live plant material, I have spent a lot of time in the greenhouses of the Botanical Garden and Botanical Museum Berlin-Dahlem to select appropriate study objects. Here are some […]

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An example of commutative diagrams in LaTeX

Tricky at first, but immensely helpful. As I become more familiar with Latex, I realize how efficient this markup language is for generating publication-quality diagrams and figures. For a commutative diagram displaying the transition rates of plant leaf shapes, the following Latex code suffices to generate a clear and succinct graph. \documentclass[]{standalone} \usepackage{tikz-cd} \begin{document} \tikzcdset{every […]

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Water Lilies in the morning

The early botanist catches the data This week I collected some live plant material from our fantastic collection of water lilies for future sequencing of complete chloroplast genomes.     Among the specimens collected was also the white water lily (Nymphaea ampla DC.), an enigmatic species that grows throughout Mesoamerica and that seems to have […]

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Schematic of Plastid Genome in LaTeX

Professional graphics require code In order to visualize the location of oligonucleotide primers as well as structural rearrangements in plastid genomes, I wrote some Latex code. \documentclass[margin=10pt]{standalone} \usepackage{tikz} \begin{document} \begin{tikzpicture}[line cap=rect,line width=3pt] \draw[] (0,0) circle [radius=8cm]; % Draw small intervals, label small intervals \foreach \angle [count=\xi, evaluate=\xi as \xx using int(\xi*10)] in {157.5,135,…,-157.5,-180}{ \draw[line width=1.5pt] […]

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