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Posted in it's literally just biology Posted 5 years ago

Roots of the same plant show reduced competition (fewer/shorter roots) with each other

Posted in it's literally just biology Posted 5 years ago

Roots will branch only in nitrate-rich patches, and synthesize more proteins involved in nitrate transport/assimilation

Posted in it's literally just biology Posted 5 years ago

Roots adjust adjust their architecture and physiology to exploit patches of nutrients in soil

Posted in Dream Quests Posted 5 years ago

no problem!

Posted in Dream Quests Posted 5 years ago

@kairosama: NAH that meme was all I needed ;3c

Posted in it's literally just biology Posted 5 years ago

Horizontal is good for low light, vertical is better for intense light

Posted in it's literally just biology Posted 5 years ago

Leaf orientation (horizontal or vertical) affects light capture

Posted in it's literally just biology Posted 5 years ago

>7 → self-pruning. Reduce self-shading to max light capture

Posted in it's literally just biology Posted 5 years ago

Leaf area index - ratio of total upper leaf surface of a plant divided by SA of the land where it grows

Posted in it's literally just biology Posted 5 years ago

Undergo programmed cell death and are shed → self-pruning

Posted in it's literally just biology Posted 5 years ago

Many layers of vegetation → lower leaves are shaded and photosynthesize less than they respire

Posted in it's literally just biology Posted 5 years ago

Alternate phyllotaxy (common in angiosperms) - leaves are arranged in an ascending spiral up the stem, 137.5˚ from each other (reduces shading)

Posted in it's literally just biology Posted 5 years ago

Alternate/spiral (1 leaf/node), opposite (2 leaves/node), whorled (many leaves/node)

Posted in it's literally just biology Posted 5 years ago

Phyllotaxy - arrangement of leaves on a stem, determined by shoot apical meristem