Why are plants green?

  • Chlorophyll absorbs red and blue light but reflects green, despite green being the sun’s peak energy wavelength.
  • Plants optimise for a steady energy flux rather than maximum energy capture.
  • Evolution selects for stability, not just raw performance.
7 August 2020 · 1 min · Stefano Chiodino

Monocote vs dicot plants

  • Monocots have one cotyledon, parallel leaf veins, fibrous roots, and floral parts in multiples of three.
  • Dicots have two cotyledons, branching leaf veins, a taproot system, and floral parts in multiples of four or five.
  • Their vascular systems also differ: monocots have complex arrangements while dicots have ring-based ones.
7 June 2020 · 1 min · Stefano Chiodino

Plasmodesma

  • Plasmodesmata are narrow cytoplasm threads that pass through plant cell walls.
  • They enable direct communication between adjacent plant cells.
  • They are a key component of plant cellular connectivity.
5 June 2020 · 1 min · Stefano Chiodino

Xylem

  • Xylem are tubes that transport water and substances through plants.
  • They form from cells that undergo programmed cell death, leaving hollow tubes behind.
  • The process thickens side walls and removes top and bottom walls of each cell.
5 June 2020 · 1 min · Stefano Chiodino