Botany: Scientific Figures & Vector Diagrams

The molecular machinery of the central dogma governs genetic storage, replication, transcription, and translation in living systems.

Photosynthetic autotrophs convert solar radiant energy into chemical energy stored in organic carbohydrates.

This detailed scientific diagram illustrates Diplohaplontic in the context of Botany.

life cycle of a conifer a gymnosperm based on this image https://commons.wikimedia.org/wiki/File:Angiosperm_life_cycle_diagram-en.svg https://commons.wikimedia.org/wiki/File:Pine_organs_and_tissues.svg https://commons.wikimedia.org/wiki/File:Pinus_zweig_mit_männlichen_blüten.png https://commons.wikimedia.org/wiki/File:Strobilo_e_Pigna.jpg

This detailed scientific diagram illustrates Mature Flower in the context of Botany.

illustrated life cycle of Polytrichum sp. 1) the sporophyte 2) the spores 3) the spores germinate into a protonema 4) antheridia 5) archegonia 6) fertilization

Orchid reproductive anatomy, using a Brassia. The flower is adapted for insect pollination. Male (stamen) and female (stigma, style) parts are fused to form a column. The anther is specialised with a sticky viscidium to attach to a visiting insect; a caudicle supports two pollinia, which contain all the pollen grains. The anther is covered by a cap that prevents self-fertilisation; it detaches whe

A diagram of the Calvin cycle showing carbon capture from CO2 and carbon output as glyceraldehyde 3-phosphate. Carbon can also exit the cycle as glycerate 3-phosphate, for production of fatty acids, and some amino acids. What is shown here is only the canonical representation of the Calvin cycle, where carbon exits as glyceraldehyde 3-phosphate for gluconeogenesis, or glycerol production. Key: Cir

Photosynthetic autotrophs convert solar radiant energy into chemical energy stored in organic carbohydrates.

The xylem and phloem are how plants exchange water and nutrients. Water flows from the roots to leaves in the xylem, which is exchanged with the phloem. Nutrients, like sucrose, move in bulk flow from sources (green leaves, stems, etc) to sinks (fruits, budding leaves, tubers, etc) in the phloem. The cells in the walls of the phloem transport nutrients via the symplast and apoplast routes.

Opening and Closing of Stoma. As K+ levels increase in the guard cells, the water potential of the guard cells drops, and water enters the guard cells.

1. This is a normal plant that has the sun positioned almost directly over the plant. During this time, the auxin (pink dots) that lies within the plant is evenly distributed. 2. The sun is now positioned at an angle to the plant. The repositioning of the sun causes the auxin to move the other side of the plant, and becomes more concentrated. This overload of auxin next to these cells causes them

Light-dependent reactions of photosynthesis in the thylakoid membrane of plant cells. I redrew and formatted it for a better quality SVG file.

Authoritative scientific diagram illustrating Flower (PSF) with academic labeling and conceptual fidelity.

A cluster of small flowers growing closely together that resembles and is often viewed as a single flower

Authoritative scientific diagram illustrating Ciclo de vida de las gimnospermas (una conífera) with academic labeling and conceptual fidelity.

This is a diagram which demonstrates the biological concept of alternation of generations, specifically in ferns. This diagram is not to scale, nor is it necessarily anatomically accurate—it is designed as an aid in understanding the concept of alternation of gametophyte and sporophyte generations.

This is a diagram which demonstrates the biological concept of alternation of generations, specifically in ferns. This diagram is not to scale, nor is it necessarily anatomically accurate—it is designed as an aid in understanding the concept of alternation of gametophyte and sporophyte generations.

The molecular machinery of the central dogma governs genetic storage, replication, transcription, and translation in living systems.

translation of Image:Lifecycle moss svg diagram.svg (by LadyofHats ) to Danish (-- Weblars ( talk ) 16:57, 17 July 2012 (UTC))

KurdishːDi riwekên pirsalî de ji ber geşeya duyem stûriya qedê zêde dibe. Di riwekên darî de qedê stûr wekî “qurm” (bi înglîzî: trunk) tê navkirin

(failed but promising) attempt of generating a complex flow chart automatically from a descriptive code using graph::easy [1] . First I saved in a test file (e.g. flow.txt) the following code: graph { flow: south; } node { shape: rounded; fill: #ffff00; } node.main { shape: rounded; fill: #8bef91; } [ Ale ] { class: main; } --> { start: front,0; } [ Barley wine], [ Belgian ale], [ Brown ale ], [ Dark ale ], [ Kölsh ], [ Mild ], [ Pale ale], [ Wheat beer], [ Old ale ] [ Belgian ale ] --> { start: front,0; } [ Abbey ], [ Amber ], [ Blond ], [ Dubbel ], [ Flemish red], [ Quadrupel ], [ Trappist ], [ Tripel ] [ Dark ale ] --> { start: front,0; } [ Stout ], [ Porter ] [ Stout ] --> { start: front,0; } [ Chocolate ], [ Coffee ], [ Dry stout ], [ Imperial ], [ Milk ], [ Oatmeal ], [ Oyster ] [ Pale ale ] --> { start: front,0; } [ Altbier ], [ American ], [ English bitter ], [ I.P.A. ], [ Saison ], [ Scotch ale ] [ Wheat beer ] --> { start: front,0; } [ Berliner Weisse ], [ Dunkel wheat beer ], [ Hefe-Weizen ], [ Kristall-Weizen ], [ Weizen-bock ], [ White beer] [ Lager ] { class: main; } --> { start: front,0; } [ Bock ], [ Dunkel lager], [ Märzen ], [ Pale lager], [ Schwarzbier ], [ Vienna lager], [ Kellerbier] [ Bock ] --> { start: front,0; } [ Doppelbock ], [ Eisbock ], [ Maibock ], [ Weizenbock ] [ Pale lager ] --> { start: front,0; } [ Dortmunder ], [ Dry lager], [ Helles], [ Pilsner], [ Spezial] [ Lambic ] { class: main; } --> { start: front,0; } [Faro], [Fruit], [Gueuze] and then I compiled it with (working in Linux: graph-easy --as svg flow.txt > flow.svg thus getting the SVG file I published here

This diagram depicts the differences between a simple fruit, aggregate fruit, and multiple fruit.

This detailed scientific diagram illustrates Leaf Anatomy-Ar in the context of Botany.

This detailed scientific diagram illustrates Leaf Anatomy Telugu in the context of Botany.

Overview on the mechanisms and ion channels involved in turgor regulation of guard cells, controling stomatal aperture in plants.

Opening and Closing of Stoma. As K+ levels increase in the guard cells, the water potential of the guard cells drops, and water enters the guard cells.