• Modern Day Science Heroes
  • Thomas Edison & Make Telegraph
  • Wisconsin Fast Plants
  • Rocket Science
  • Rocket Science
  • History of the Atomic Theory
  • DIY automatic bubble machined
  • Van de Graaf Generator
  • Two gallon aquarium
  • Chemistry grades 2-4
  • Crystal Radio Electronics 8-10
  • Wisconsin Fast Plant
  • Betta in a Bottle
  • My Prehistoric Creatures
  • Sea-Monkeys
  • Painted Lady Butterfly
  • Microworld Blog
  • K-2 Physics Experiments
  • K-1 Biology
  • Fun with Electricity K-1
  • New Cover Page
  • Science Project Classes Taught
  • Arduino Car Blog
  • Natural Born Scientists Store
  • About
  • Read Me
  • Home
Menu

Natural Born Scientists ®, LLC

Founded in 2008. Natural Born Scientists is a registered trademark
  • Modern Day Science Heroes
  • Thomas Edison & Make Telegraph
  • Wisconsin Fast Plants
  • Rocket Science
  • Rocket Science
  • History of the Atomic Theory
  • DIY automatic bubble machined
  • Van de Graaf Generator
  • Two gallon aquarium
  • Chemistry grades 2-4
  • Crystal Radio Electronics 8-10
  • Wisconsin Fast Plant
  • Betta in a Bottle
  • My Prehistoric Creatures
  • Sea-Monkeys
  • Painted Lady Butterfly
  • Microworld Blog
  • K-2 Physics Experiments
  • K-1 Biology
  • Fun with Electricity K-1
  • New Cover Page
  • Science Project Classes Taught
  • Arduino Car Blog
  • Natural Born Scientists Store
  • About
  • Read Me
  • Home

Bee and Plants are an Example of a Synergist Relationship

December 18, 2024

How Bees and Plants Work Together

Synergy means working together to make something better than if you worked alone. Plants and bees are a great example of this. Bees visit flowers to collect nectar, a sweet juice they use to make honey. Bees eat honey in the winter when there are no flowers.

As a bee collects nectar, sticky pollen gets stuck to its legs in special pockets called pollen sacs. When the bee flies to another flower, it drops some of the pollen onto the flower's stigma (the sticky part at the top of the flower).

The pollen then moves down a tiny tube inside the flower called the pistil. It travels to the ovule, where a seed begins to form. This seed can grow into a new plant.

Plants like Fast Plants also need bees to carry pollen from one flower to another. This is called pollination. Without pollination, plants can’t make seeds. If a plant is inside a house and away from bees, it won’t get the pollen it needs. Without seeds, the plant’s life cycle stops, and it won’t grow new plants.

Synergy isn’t just about bees and plants—it happens when people work together too. When we help each other, we can do amazing things we couldn’t do alone!

← The Bee MovieCost Breakdown Spread Sheet for Fast Plant Project →

Harness the power to shape our future by inspiring and educating the next generation of scientific minds. With just a simple act, you can profoundly influence the trajectory of young inquisitive souls. Dive into this mission with us: By contributing to the link below, you're not just donating; you're investing in a brighter, scientifically-enriched future. Your support can be the catalyst that ignites a lifelong passion for science in countless young hearts. Join us, and together, let's mold the innovators of tomorrow.

Natural Born Scientists' PayPal

Classes offered through the Super Saturday Program (www.supersaturday.org) to children in the tristate area

 


 

Taught through the

Super Saturday Program

www.supersaturday.org

 

This 6-Saturday course studies electricity through projects followed by lessons explaining the projects.

Powered by Squarespace