Teach your child to dye eggs with natural ingredients from the grocery store. From pink to gold, these eggs are perfect for hiding, hunting or simply munching.

Home made candles make for great home made gifts at Christmas, Mother's Day, birthdays. Great presents for any special occasion!

Enchant your garden with flower fairies and let their beauty bloom with this charming fairy craft.

Research shows that when we focus on things we are grateful for, we literally rewire our brains to focus on the positive. Help kids experience the joy of gratitude by creating trees that give thanks.

Ever wondered how a plant drinks water? This science project will teach you how and help you create a beautiful floral display!

Bring out your child’s creative side with this fun Halloween-themed craft.

Design a colorful leprechaun trap—and make some memories—with this fun St. Patrick's Day craft project!

Take the spookiness out of spiders with this web-making activity! Your child will practice talking about and creating shapes in this Halloween craft, and learn about spiders along the way.

Make practicing addition facts more fun and teach your child some helpful strategies with this spin off of the traditional "Go Fish" game.

Bring the Star of David symbol to life by baking and decorating festive sugar cookies for Hanukkah!

Get fired up for the new school year with a "Back-to-School Calendar" you and your child can make at home.

Stories change as you retell them. The objective of this science fair project is to demonstrate how information gets interpreted, distorted and changed.

The power of gratitude is endless! Research shows that cultivating a gratitude practice can gratitude strengthen relationships, improve physical and emotional well-being, deepen empathy skills, and improve self-esteem. With such wide-spread benefits, how

Children will learn why and how to compost as they help with the process of filling their compost, turning it, and observing the changes that occur.

In this cool science experiment, learn about magnetism and poles, and test magnet strength to find out if two magnets are twice as strong as one.