Book Review: Dig In: 12 Easy Gardening Projects Using Kitchen Scraps by Kari Cornell, Jennifer S. Larson

Dig In: 12 Easy Gardening Projects Using Kitchen Scraps by Kari Cornell, with photography by Jennifer S. Larson, is an instruction book helping gardeners of all ages grow their own fruits and vegetables from nothing but kitchen scraps. Instead of throwing away leftover food in your kitchen, you can use them to grow more. Learn how to turn a single sweet potato into a pot full of them. Grow a salad from the end bit of lettuce and a lemon tree from a single seed. Several of these projects require nothing more than a jar, a windowsill, and a few pieces of food that would otherwise end up in the trash or compost. Step-by-step drawings and photographs make it easy to follow along, and fun recipes will help you enjoy the fruits of your labor.

Dig In: 12 Easy Gardening Projects Using Kitchen Scraps is not just for families looking to be more environmentally friendly or frugal. This book is also great for school or classroom use, and after school activities. Information like soil pH and other things important to the growth and health of plants is included- as are growing zones and the tools and supplies needed. The instructions for growing food include romaine lettuce, celery, leeks, lemongrass, herbs, pineapple, garlic, ginger, sweet potatoes, bell pumpkins, peppers, and lemons. I like that there were recipes to use the freshly grown food, and a full glossary or the words readers might not already know. I found the resources listed at the end of the book to be helpful for interested readers, and information for finding gardening supplies to be a great starting point for children, schools, and families that are getting ready to try some of these projects. I do wish that there were more experiments available, because my only issue with the book was that I wanted a slightly larger selection of food to grow and care for. 

Early Book Review: Mason Jar Science: 40 Slimy, Squishy, Super-Cool Experiments; Capture Big Discoveries in a Jar, from the Magic of Chemistry and Physics to the Amazing Worlds of Earth Science and Biology by Jonathan Adolph

Mason Jar Science: 40 Slimy, Squishy, Super-Cool Experiments; Capture Big Discoveries in a Jar, from the Magic of Chemistry and Physics to the Amazing Worlds of Earth Science and Biology by Jonathan Adolph is currently scheduled for release on May 29 2018. Heatproof, transparent, and durable, the mason jar is a science lab just waiting to be discovered. Unlock its potential with 40 dynamic experiments for budding scientists ages 8 and up. Using just a jar and a few ordinary household items, children learn to create miniature clouds, tiny tornadoes, small stalactites, and, of course, great goo and super slime! With a little ingenuity, the jar can be converted into a lava lamp, a water prism, a balloon barometer, and a compass. Each fun-packed project offers small-scale ways to illustrate the big-picture principles of chemistry, botany, biology, physics, and more.

Mason Jar Science: 40 Slimy, Squishy, Super-Cool Experiments; Capture Big Discoveries in a Jar, from the Magic of Chemistry and Physics to the Amazing Worlds of Earth Science and Biology is a well organized book that not only offers interesting science experiments for children, but it also explores the science involved and encourages young scientists to use the scientific method and to take things to the next level, safely of course. I liked that most of the experiments can be done with things your are likely to already own, but are fairly inexpensive to gather if you need them. Some of the experiments are classics, ones that need to be included, suck as making rock candy, clay, and spectacular bubbles. But, the book also included some of the more trendy kitchen concoctions like slime. There were some that I have never seen, and some that were familiar but with some added or changed details to make it new. I think this would be a great resource for families with a science loving child (or more), those dreading a science fair, and libraries (including public, school, and classroom). I am now looking forward to the next school vacation so I can take my time and explore some of these with my own young scientists.