Environmental Science: Timeline, Key Terms, & Pollination

Have I told you how much I love Boy Scouts? My son first joined in February of 2016 and has since earned 21 merit badges – the most recent of which is Environmental Science.

As science – specifically environmental education and stewardship – is my passion, I offered to serve as the merit badge counselor and lead our troop through the merit badge requirements.

My goal was to complete everything in just a few days. We thereby met from 9am to noon for three consecutive days and it turned out to be just the right amount of time.

Over the course of this month, I will share with you the highlights of our exploration. Each Sunday through the month of September, I will post a description of the activities I coordinated and the resources I used to teach the environmental science conservation merit badge.

Timeline of Environmental Policy

There are affiliate links below which means I may receive a commission when products are purchased. See my disclosure policy for more details. 

Timeline of Environmental Science

I devised a game similar to Timeline – one of our favorite family games – to introduce the Scouts to the historical events and initiatives that have shaped environmental policy in the United States.

One of the best things I like about the original game is that cards can be combined with the decks of multiple Timeline games (Discoveries, Music & Cinema, Inventions, Historical Events, etc.)

How to Play

While the original game has 110 cards, my simplified version has just 28. Six boys attended the class so I distributed four cards to each. The remaining four cards I held out, using a couple to demonstrate how to play the game.

Each card depicts an image of a historical event related to environmental science and a short summary text. The year in which that event occurred is shown on the reverse side. Players take turns placing a card from their hand in a row on the table.

After placing the card, the player reveals the date on it. If the card was placed correctly with the date in chronological order with all other cards on the table, the card stays in place. Otherwise, the card is moved to the appropriate place on the timeline.

In the original game, the first player to get rid of all his cards by placing them correctly wins. However, since there are not many cards to begin with, emphasis is on familiarizing oneself with the material not on winning.

Download Your Own Copy

If you are interested in playing the version I created, you can download it here, Environmental Science Timeline. There are two cards on each sheet of paper. You will first need to cut the two cards apart. Then simply fold each card in half to conceal the date and begin play.

Environmental Science Timeline ActivityKey Terms in Environmental Science

To familiarize ourselves with environmental science vocabulary, I used a slide show to first introduce the terms. We then played a game of bingo whereupon I called out the definition and they had to find the matching term.

Creating the bingo cards was quick and easy. I simply entered the terms into the widget at myfreebingocards and followed the prompts.

Download Your Own Copy

If you are interested in playing the version I created, you can download and print your own set for Environmental Science Bingo here.

Environmental SciencePollination

The last topic we covered on the first day was pollination. As the boys are entering 7th and 8th grade, they already had a good understanding of the process of pollination before we began. I thereby didn’t spend much time on reviewing this. Instead, we first watched a video, The Lifecycle of a Queen Honey Bee.

With the information we had learned from the video, I guided the boys through the process of creating a fortune teller to illustrate the life-cycle of the honeybee (complete metamorphosis). As they worked on their illustrations, I read aloud from the Handbook of Nature Study in more depth as well as to share the differences between the queen, the workers, and the drones.


As they departed at the end of day one, the boys exclaimed that the activities I had planned were enjoyable and that the also learned something. I call that a success.

Join me again next week when I share the activities I devised to cover environmental science requirements #3a-f.

In the Path of Totality: The 2017 Eclipse

We had been planning to be in the path of totality for over a year, purchasing tickets to OMSI’s eclipse party at the state fairgrounds in Salem, Oregon in July of 2016. As the date approached, the media was inundated with warnings about traffic congestion, fuel shortages, and other issues related to the eclipse.

path of totality - solar eclipse Preparing for Totality

As we prepared for the event and stressed about logistics – wondering if we should change plans and camp in the Cascades [we would need to pick Geneva up on Friday evening after National Youth Leadership Training – (NYLT)], crash at my brother’s in Eugene, or return home and then drive up to Salem the morning of – we spent time learning more about eclipses.

We had previously seen an annular eclipse and the kids were curious how they differed. Best of all, their interest tied into the requirements necessary to earn the coveted BSA Eclipse patch:

  • Boy Scouts: Draw a diagram of the positions of the moon, earth, and sun to show how the solar eclipse occurs.
  • Venturers: Research Sir Arthur Stanley Eddington’s 1919 experiment and discuss how it confirmed Einstein’s theory of general relativity.

We had recently discovered mysimpleshow and it seemed like the perfect tool for this project. We thereby collaborated (learning how to use the program together) on an explainer video for the 2017 Total Solar Eclipse.

As

As this was our first multimedia presentation with mysimpleshow, we struggled with a few things (I can’t figure out why a few of the images appear in blue hues) but otherwise we LOVE it! We will definitely be using it again – I’ll be posting a complete review in September so check back. 🙂

Experiencing Totality

After learning more about the location of Geneva’s NYLT camp, we opted to return home Friday evening – we didn’t get home until nearly 1 a.m. She needed the time to decompress after camp however, so it was a wise decision.

We decided to drive up Sunday afternoon and thereby made arrangements to pitch our tent in a friend’s backyard (Thank you, Hannah!). Traffic was not bad on the way up and we arrived rested and excited for the next day.

path of totality - solar eclipse We grabbed a quick breakfast and made our way over the fairgrounds where the vibe was picking up as our morning coffees began to work their magic. We met up with friends who drove down from Portland and the festivities began.

We meandered the vendor booths and enjoyed the speakers in the amphitheater. The best part of the morning was simply catching up with our friends and taking in each moment – Geneva sketching and Jeffrey cubing.

I loved watching the crowd as the moon eclipsed the sun. Taiko drummers beat out a rhythm as totality approached and were silent during the 1 minute 53 seconds of duration. The crowd was awed and everyone mesmerized by the beauty of the natural event.

path of totality - solar eclipse

It was so fun to experience it with a large crowd – to stop even ever so briefly and not worry about politics or personal strife. Though many people began to depart after totality, we opted to stay.

We enjoyed a leisurely lunch at a nearby Chinese restaurant as we contemplated which route to take to return home. As I5 south was already congested with traffic (our GPS map showed it red for the entire length of the state), we chose to drive slightly westward and then proceed south on highway 99 through Monmouth and Corvallis. This turned out to be a wise choice. Though traffic was heavier than usual, we encountered congestion for only a short stretch between Corvallis and Monroe.

It has been several days now since the eclipse and we are still in awe. It was really incredible and we are so thankful we had the opportunity to experience a total solar eclipse in totality. The next eclipse visible in the United States will be 2024. We may consider making plans for this one as well.

 

 

Oregon Nature Quiz: Boy Scout Rank Wildlife Edition

To finish up his Second Class rank requirements for Boy Scouts recently, I was helping my little man find photographs of wildlife that he has observed. As we dug through our photo archives, I was reminded of a fun little Oregon Nature Quiz: Early Summer Edition that I posted several months ago. I had posted it with the intention of making it a quarterly series but sadly, life distracted me and I let it slip my mind.

Oregon Nature Quiz #2: Wildlife Edition

How Well Do You Know Oregon?

Here are five of the photos my son selected to submit to his Scoutmaster. Can you identify the wildlife represented here? Whose Been Here? Oregon Nature Quiz: Boy Scout Rank Wildlife Edition @EvaVarga.net

Who Am I? Oregon Nature Quiz: Boy Scout Rank Wildlife Edition @EvaVarga.net

What Happened Here? Oregon Nature Quiz: Boy Scout Rank Wildlife Edition @EvaVarga.net

I'm Friendly. Or Am I? Oregon Nature Quiz: Boy Scout Rank Wildlife Edition @EvaVarga.net

My, What Big Teeth You Have. Oregon Nature Quiz: Boy Scout Rank Wildlife Edition @EvaVarga.net

Answers:

1. North American Raccoon tracks along the banks of a river

In the wild, raccoons often dabble for underwater food near the shore-line. They then often pick up the food item with their front paws to examine it and rub the item, sometimes to remove unwanted parts. This gives the appearance of the raccoon “washing” the food.

Originally, raccoon habitats were solely deciduous and mixed forests, but due to their adaptability they have extended their range to mountainous areas, coastal marshes, and even urban areas. Though previously thought to be solitary, there is now evidence that raccoons engage in gender-specific social behavior. Related females often share a common area, while unrelated males live together in groups of up to four animals to maintain their positions against foreign males during the mating season, and other potential invaders.

Intrigued by animal tracks and wildlife signs? Check out these ideas for Exploring Animal Tracks with students.

2. Pacific Tree Frog

Pacific tree frogs are common on the Pacific coast of Oregon and Washington. They occur in shades of greens or browns and can change colors over periods of hours and weeks. They occur in shades of greens or browns and can change colors over periods of hours and weeks. Eggs of the Pacific tree frog may be consumed by the rough-skinned newt and other amphibians.

They are found upland in ponds, streams, lakes and sometimes even further away from water. The Pacific tree frog makes its home in riparian habitat, as well as woodlands, grassland, chaparral, pasture land, and even urban areas including back yard ponds.

3. Black Bear claw marks and Acorn Woodpecker holes on the trunk of an apple tree

In the early fall, when the apples are ripe, it is not uncommon to see claw marks on apple trees, particularly in old pioneer orchards that have been abandoned. Brown and American black bears are generally diurnal, meaning that they are active for the most part during the day, though they may also forage at night.

Most bears have diets of more plant than animal matter and are completely opportunistic omnivores. Knowing when plants are ripe for eating is a learned behavior. Bears may mark territory by rubbing against trees and other objects which may serve to spread their scent. This is usually accompanied by clawing and biting the object.

Interested in learning more about animals and the study of wildlife? Check out these great animal webcams.

4. Golden Mantle Ground Squirrel

Scientists classify the golden-mantled ground squirrel as a true ground squirrel, though it will climb trees to reach seeds. Its genus name Spermophilus is Greek for “seed loving.” Like other ground squirrels, the golden-mantle packs seeds and fruit in its cheek pouches and stores the food in burrows, puts on a thick layer of fat, and hibernates in winter. Golden-mantled ground squirrels eat their stored food in early spring, when seeds and fruit are scarce. In addition to seeds and fruit, the omnivorous ground squirrel eats fungi, insects, bird eggs, small vertebrates, and carrion.

Though the golden-mantled ground squirrel can vocalize, it remains silent most of the time. When alarmed, it chirps and squeals. Though not especially aggressive, it growls when fighting with other ground squirrels. Though tempting, it’s not a good idea to feed these or any other wild animals; it distracts them from searching for natural foods, which they must eat in large quantities to survive. Unlike most other ground squirrels, the golden mantle is a loner. It only spends time with others of its kind as a youngster with its mother and siblings.

5. North American Beaver teeth marks on the trunk of an oak tree

Beaver (Castor Canadensis) are known for building dams, canals, and lodges (homes). Their colonies create one or more dams to provide still, deep water to protect against predators, and to float food and building material. While they don’t generally use trees of the size pictured here in their dams, it is fascinating to watch the process of a beaver dam under construction which play a critical role in the ecology of our streams. Learn more in my post, The Industrious Beaver: Nature’s Engineers.

Rare, Bizarre Creatures from the Deep: An Unexpected Nature Study

I grew up on the Oregon Coast in beautiful Bandon by the Sea. I spent many a day on the shoreline investigating the marine invertebrates under the rock crevices and walking the sandy beaches. My brothers and I longed for the minus tides, providing us the rare opportunity to go spelunking in the sea caves just off shore. These rocky islands are now protected areas for marine bird nesting habitat but back in the 70s, it was our playground.

dune geology tunicates

Dune geology features: foredune and deflation plain

Tracking Marine Debris

In all the years I have spent on the beach, I have found a diverse amount of debris and organisms in varying states of decay. I probably spend an equal amount of time sifting through the wrack on the high tide line as I do in wave zone digging in the sand looking for mole crabs.

I have found marine debris from Japan evidenced by the kanji script. An occasional flip flop or fishing net remnants are not uncommon. While immersing myself in marine biology courses at the Oregon Institute of Marine Biology one summer, I even found several squid egg cases that washed ashore after a winter storm, providing my peers and I an opportunity to observe the development up close. Yet, once in a while, I am still surprised at what washes ashore.

tunicates

Walking along the ATV trail across the deflation plain

This past holiday weekend, my family and I enjoyed a leisurely walk on the beach near our home. Our goal was to field test a new marine debris app, a joint initiative between the NOAA Marine Debris Program and the Southeast Atlantic Marine Debris Initiative. The tracker app allows you to help make a difference by checking in when you find trash on our coastlines and waterways.*

We drove out to the North Spit and thereafter began our excursion through the deflation plain. We soon discovered, however, that there was too much standing water to stick to the trail that meandered through the wetland area. We thus walked along the ATV road until we reached the small foredune. Just a few feet up and over and we arrived on the sandy beach.

No sooner did we arrive at the shore and we immediately were captivated by the presence of a strange organic material that was strewn across the beach for miles. Upon first glance, it looked like a hard plastic tube resembling a sea cucumber. My first suspicion turned out to be incorrect, however. Upon returning home, I learned that what we had found were actually colonial tunicates. Fascinating!

tunicates rare creatures

Planktonic salps, Pyrosoma atlanticum, strewn across the beach.

What are Tunicates?

This bizarre and rarely-seen creature is called a pyrosome, a species of pelagic colonial tunicates. Their scientific name, Pyrosoma atlanticum, is derived from the Greek words pyro meaning ‘fire’ and soma meaning ‘body’ which refers to the fact that they are known for bright displays of bioluminescence.

Pyrosoma atlanticum are one of the few pyrosomes that make it to the west coast of the U.S. The species found here are less than a foot but can get as long as 24 inches. Largely colorless, they can show up as pink, grayish or purple-green.

tunicates invertebrates

A specimen of the colonial tunicate, Pyrosoma atlanticum 

These massive colonies of cloned creatures are related to a kind of jellyfish called a slap. A tunicate is a marine invertebrate animal, a member of the subphylum Tunicata, which is part of the Chordata, a phylum which includes all animals with dorsal nerve cords and notochords.

Each individual organism is about 1 cm long – less than a third of an inch. They are all connected by tissue and in turn form this colony that looks like a plastic tube. The recent winter storms have caused them to strand on the shores and have been found in all areas of the coast.

Usually found in temperate waters as low as 800 meters. The colony of animals is comprised of thousands of individual zooids and moves through the water column by the means of cilia (an organelle found in eukaryotic cells that project from the much larger cell body).

As they move through the water column, sometimes close to the surface and sometimes as far down as 2600 feet, they filter plankton out of the water for food. As it sucks water in, it then pushes it back out, thereby propelling it through the ocean. It does all this via one opening only, so it moves incredibly slow.

For more images of Pyrosoma, check out Bob Perry’s photographs. Included in his work are a few pseudoconchs (false shells) of the pelagic mollusk Corolla which we similarly found.zoologyIf you are interested in learning more about invertebrates with your students, I encourage you to look into the Amazing Animals curriculum unit I have written to introduce middle level students to zoology. This 10-week unit is full of inquiry-based activities and lesson plans fully outlined for you.

Due to our fascination with these rare creatures, we didn’t spend as much time with the debris tracking app as I had intended. We’ll give it a go another time.

Science on the Road: Visiting the Statue of Liberty & Chemical Reactions

In September, we spent a few days in New York City on the island of Manhattan, the city’s historical birthplace and the economic and center. The borough contains several smaller islands including Liberty Island, Ellis Island (shared with New Jersey), Governors Island, and a few others. We were really looking forward to exploring the area and learning more about the history of the area, specifically the Statue of Liberty.

Science of the Statue of Liberty @EvaVarga.netWe arrived in Manhattan via Amtrak train from Boston in the early afternoon. We thereby opted to take in the Statue of Liberty and Ellis Island the following day when we could arrive early and board the first cruise boat. This turned out to be a wise decision as the queue upon our return to the main island was very long.

We grabbed a quick bite at the deli just outside the Courtyard Marriott on 40th where we are staying then hopped the green line express to Bowling Green. Here, we walked the short distance to the boarding area.

We immediately made our way to the National Park Visitor Center after we disembarked. Here we stamped our Park Passport Books and inquired about guided tours. We were in luck in that the first tour would begin in just 20 minutes. We took a few candid photos (Geneva pulled out her sketch book) as we waited.

As we planned to spend all our time in this area, we opted to purchase the New York CityPASS as the majority of the attractions were in this general area. In addition to Statue of Liberty and Ellis Island cruise, the pass provided us with tickets to each of the following attractions:

  • Statue of Liberty & Ellis Island
  • The Empire State Building
  • American Museum of Natural History
  • The Metropolitan Museum of Art
  • Guggenheim Museum 
  • 9/11 Memorial & Museum   

 

Science & Art of Liberty Island and the Statue of Liberty @EvaVarga.netVisiting the Statue of Liberty & Liberty Island

Liberty Island Tour

The group that gathered for the guided tour of Liberty Island was small and thereby very intimate. I am surprised more people don’t take advantage of this opportunity – they are so very informative and best of all, FREE!

As we listened to the park ranger, we learned the idea of gifting the United States with a monument was first proposed in 1865 by Frenchman Edouard de Laboulaye. Sculptor Frederic Auguste Bartholdi was commissioned to design a sculpture ten years later, with a goal of completing the work in 1876 to commemorate the centennial of the American Declaration of Independence.

As a joint venture between the two nations, it was agreed that the American people were to build the pedestal (carved in granite, the pedestal was designed by architect Richard Morris Hunt in 1884), and the French people were responsible for the Statue and its assembly here in the United States.

In France, public fees, various forms of entertainment, and a lottery were among the methods used to raise funds for the project. In the United States, theatrical events, art exhibitions, auctions and prizefights assisted in financing the construction.

Poet Emma Lazarus wrote her famous sonnet “The New Colossus” in 1883 for the art and literary auction to raise funds for the Statue’s pedestal.

Not like the brazen giant of Greek fame,
With conquering limbs astride from land to land;
Here at our sea-washed, sunset gates shall stand
A mighty woman with a torch, whose flame
Is the imprisoned lightning, and her name
Mother of Exiles. From her beacon-hand
Glows world-wide welcome; her mild eyes command
The air-bridged harbor that twin cities frame.
“Keep, ancient lands, your storied pomp!” cries she
With silent lips. “Give me your tired, your poor,
Your huddled masses yearning to breathe free,
The wretched refuse of your teeming shore.
Send these, the homeless, tempest-tost to me,
I lift my lamp beside the golden door!”
 – Emma Lazarus

Science & History of the Statue of Liberty @EvaVarga.netCentennial Gift 10 Years Late

Financing for the pedestal was completed in August 1885, and pedestal construction was finished in April 1886. The Statue was completed in France in July 1884 and arrived in New York Harbor in June 1885 onboard the French frigate “Isere.”

In transit, the Statue was reduced to 350 individual pieces and packed in 214 crates. The Statue was reassembled on her new pedestal in four months’ time. On October 28, 1886, President Grover Cleveland oversaw the dedication of the Statue of Liberty in front of thousands of spectators.

Homage to the Statue of Liberty Supporters

On Liberty Island, there are several small sculptures commemorating several of the key supporters of the Statue of Liberty gift. I really enjoyed hearing the personal triumphs that made it all possible.

  • Edouard de Laboulaye ~ The “Father of the Statue of Liberty.” He provided the idea that would become the Statue.
  • Frederic Auguste Bartholdi ~ The French artist and sculptor who designed the Statue of Liberty Enlightening the World.
  • Alexandre-Gustave Eiffel ~ The architect and engineer who designed the Statue’s internal support.
  • Emma Lazarus ~ The poetess who wrote “The New Colossus” to help raise money for the pedestal’s construction.
  • Joseph Pulitzer ~ The newspaper publisher who helped raise the money needed to complete the pedestal’s construction.

One of the things I overheard many of the young visitors ask as we walked about the island was, “Why is it green?” I knew that when I returned home, this was a concept I wanted to revisit with my children.

Bring it Home ~ Oxidation Reduction Reactions

Why is the Statue of Liberty Blue-Green?

Begin by showing students photographs of the Statue of Liberty.  Ask students to describe the color. Students usually give the right answer: that it is blue or aquamarine (blue-green). Now ask them why it is this color. Students generally have no clue.

Explain that the color is due to the oxidation of copper. Next, show them a piece of rusted metal and point out that the red color of rust is caused by the oxidation of iron.

Science of Oxidation and the Statue of Liberty @EvaVarga.netOxidation Explained with Chemical Equations

Chemical reactions can be divided into two classes: redox (reduction-oxidation) reactions and non-redox reactions based on whether electron transfer process is involved or not. A redox reaction consists of two half reactions: a reductive half in which a reactant accepts electrons and an oxidative half in which a reactant donates electrons.

2Cu + O2 → Cu2O

The nature of a redox reaction is that one reactant donates its electrons to the other reagent. For example, in the oxidation of copper by oxygen, copper atoms donate electrons to an oxygen molecule so copper is oxidized while oxygen is reduced.

The Statue of Liberty gets its blue-green color from patina formed on its copper surface mainly through oxidation along with several other chemical reactions. The main constituent of patina contains a mixture of 3 compounds: Cu4SO4(OH)6 in green; Cu2CO3(OH)2 in green; and Cu3(CO3)2(OH)2 in blue. The following reactions are involved.

2Cu2O + O2 → 4CuO

Cu + S → 4CuS 

The oxidation starts with the formation of copper oxide (Cu2O), which is red or pink in color (equation 1), when copper atoms initially react with oxygen molecules in the air. Copper oxide is further oxidized to copper oxide (CuO), which is black in color (equation 2). In the 19th and early 20th century, coal was the major fuel source for American industry and it usually contains sulfur. Thus, the black copper sulfide (CuS) also forms (equation 3).

2CuO + CO2 + H2O → Cu2CO3(OH)2

3CuO + 2CO2 + H2O → Cu3(CO3)2(OH)2

4CuO + SO3 +3H2O → Cu4SO4(OH)6

Over the years, CuO and CuS slowly reacts with carbon dioxide (CO2) and hydroxide ions (OH-) in water from the air to eventually form Cu2CO3(OH)2 (equation 4) , Cu3(CO3)2(OH)2 (equation 5) and Cu4SO4(OH)6 (equation 6), which constitute the patina. The extent of humidity and the level of sulfur-related air pollution have a significant impact on how fast the patina develops, as well as the relative ratio of the three components.

Take it Further

Can you think of another oxidation reduction reaction? Write out the chemical equations to further describe this process.

 

How to Build a Connection with Nature in Your Homeschool

Nature study has always been a major focus in our homeschool. In fact, throughout their primary and early elementary years, nature study was primarily the only science we covered.

While easily accessible, nature study incorporates so much more than just the study of plants and animals in our backyard. It can include the study of weather and climate patterns, even ocean currents and tides.

To help you kick off the new school year with gusto, I am giving away a basket load of wonderful nature study goodies that I know you and your kids will absolutely love.

How We Approach Nature Study

I try to incorporate a nature lesson each week. This begins with spending quality time outdoors. With a tween and teen, this basically means we go for hikes or evening walks as a family. When they were younger, however, it meant playing in the creek near the lake, building imaginary worlds in the backyard, and even climbing trees.

Foraging for Mushrooms: A Wild Edibles Nature Study @EvaVarga.net

Disclosure: This post contains affiliate links. Your purchase at these retailers helps to support my family.

Read my post Keeping a Nature Journal to learn how to get started in just 5 simple exercises. I’ve written more extensively about How We Approach Nature Study but how it is done is less important than just getting outside and exploring the world. Here are a few of our lessons from the past:

Here are some Summer Nature Activities to get you started before school begins next month.

nature journaling

If you would like to take it a little further or if you have an older child, consider learning about a master naturalist like Anna Botsford Comstock, Jane Goodall, or Carolus Linneaus.

For classroom or home educators, I also teach an extensive class on Nature Journaling in the Classroom if you’d like more guidance or are interested in earning course credit.

Nature BasketNature Study Giveaway

As promised, this basket of goodies is sure to delight you and your kids. I have included several of our favorite field identification books, a practical guide to discovering the natural world, and an outdoor workbook for families and classrooms. The contents of the basket are worth over $90!   

The Nature Connection by Claire Walker Leslie ($15.95)

The Practical Naturalist from DK Publishing ($22.95)

National Audubon Society Pocket Guide: Familiar Birds of Sea and Shore ($9.00)

National Audubon Society Pocket Guide: Familiar Birds of Lakes and Rivers ($9.00)

Tree Finder: A Manual for Identification of Trees by Their Leaves by May Theilgaard Watts ($5.95)

Rocky Mountain Tree Finder by Tom Watts ($5.95)

Millie & Cyndi’s Pocket Nature Guides:

Painted Ladies of North America ($7.95)
Hummers: Hummingbirds of North America($7.95)
Talons: North American Birds of Prey($7.95)

 

Bonus: NaturExplorers Incredible Creeks eBook ($8.95) … to be sent separately

Enter to Win This Bundle

a Rafflecopter giveaway

Back to Homeschool Gift Baskets

But Wait! That is not all ~ 52 homeschool bloggers have joined together to provide one massive back-to-homeschool basket giveaway! Take a peek around these 52 sites and enter to win as many baskets as you like.

Gift Baskets 2016 CollageEach blogger is conducting her own giveaway, so you never know. You may end up winning more than one! All giveaways will be live on Monday, August 15.