Theembryoplant insidea seed.The upwardmovement ofwater causedpartly bytranspirationpull.The malepart of aflower thatproducespollen.Plant organthat anchorsand absorbswater.Vasculartissue thatmoves waterupward fromroots.The leafstructure thatcontainsveins fortransport.Floweringplants thatproduceseeds insidefruits.Cells in rootsthat storesugars forfuturegrowth.The tissue inleaves wheremostphotosynthesisoccurs.Nonvascularplants staysmall becausethey lack thistransportsystem.The maleflower structurethat includesanther andfilament.Structuresinside theovary thatbecomeseeds.Plants thatgrow tallerbecause theyhave transporttissues.Plants thatproduce“nakedseeds” oncones.Tissue at thetips of rootsand stemswhere newcells form.The part ofthe flowerthat containsstigma, style,and ovary.The malegametein plants.The movementof waterupward throughxylem due tocohesion andadhesion.The processthat forms azygote insidethe ovule.Vascular tissuethat transportssugarsthroughout theplant.The waxylayer on aleaf thatpreventswater loss.Reproductionthat does notinvolvegametes.Tiny rootextensionsthat increasewaterabsorption.The flowerstructure thatbecomesfruit afterfertilization.When pollenreaches thesticky top ofthe pistil.Theembryoplant insidea seed.The upwardmovement ofwater causedpartly bytranspirationpull.The malepart of aflower thatproducespollen.Plant organthat anchorsand absorbswater.Vasculartissue thatmoves waterupward fromroots.The leafstructure thatcontainsveins fortransport.Floweringplants thatproduceseeds insidefruits.Cells in rootsthat storesugars forfuturegrowth.The tissue inleaves wheremostphotosynthesisoccurs.Nonvascularplants staysmall becausethey lack thistransportsystem.The maleflower structurethat includesanther andfilament.Structuresinside theovary thatbecomeseeds.Plants thatgrow tallerbecause theyhave transporttissues.Plants thatproduce“nakedseeds” oncones.Tissue at thetips of rootsand stemswhere newcells form.The part ofthe flowerthat containsstigma, style,and ovary.The malegametein plants.The movementof waterupward throughxylem due tocohesion andadhesion.The processthat forms azygote insidethe ovule.Vascular tissuethat transportssugarsthroughout theplant.The waxylayer on aleaf thatpreventswater loss.Reproductionthat does notinvolvegametes.Tiny rootextensionsthat increasewaterabsorption.The flowerstructure thatbecomesfruit afterfertilization.When pollenreaches thesticky top ofthe pistil.

Plant Review Bingo! - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. The embryo plant inside a seed.
  2. The upward movement of water caused partly by transpiration pull.
  3. The male part of a flower that produces pollen.
  4. Plant organ that anchors and absorbs water.
  5. Vascular tissue that moves water upward from roots.
  6. The leaf structure that contains veins for transport.
  7. Flowering plants that produce seeds inside fruits.
  8. Cells in roots that store sugars for future growth.
  9. The tissue in leaves where most photosynthesis occurs.
  10. Nonvascular plants stay small because they lack this transport system.
  11. The male flower structure that includes anther and filament.
  12. Structures inside the ovary that become seeds.
  13. Plants that grow taller because they have transport tissues.
  14. Plants that produce “naked seeds” on cones.
  15. Tissue at the tips of roots and stems where new cells form.
  16. The part of the flower that contains stigma, style, and ovary.
  17. The male gamete in plants.
  18. The movement of water upward through xylem due to cohesion and adhesion.
  19. The process that forms a zygote inside the ovule.
  20. Vascular tissue that transports sugars throughout the plant.
  21. The waxy layer on a leaf that prevents water loss.
  22. Reproduction that does not involve gametes.
  23. Tiny root extensions that increase water absorption.
  24. The flower structure that becomes fruit after fertilization.
  25. When pollen reaches the sticky top of the pistil.