We need your help! This lion cub is trying to tell us something but we can’t figure it out! Do you know what it’s thinking?
See if you can come up with the best caption!
Post your ideas in the comment section below.

We need your help! This lion cub is trying to tell us something but we can’t figure it out! Do you know what it’s thinking?
The Prince loves animals; he even has his own species of frog named after him, The Prince Charles Stream Frog (HyloscirtusPrincecharlesi), which is found in the rainforests of Ecuador. The Prince is always trying to help protect different animals, just like Earth Rangers. That’s why we are proud to have His Royal Highness The Prince of Wales as an official patron of Earth Rangers! Here’s a list of some of the Prince of Wales’ favourite animals and how he’s helping to protect them.
Tapirs are similar in size to a pig with a short, prehensile snout. They can be found in jungles and forests in South America, Central America and Southeast Asia. The Prince has called Tapirs, “One of my favourite creatures.” and has lent his support to the Birdlife International Sumatran Rainforest Campaign. This campaign aims to rehabilitate and conserve 60,000-80,000 hectares of lowland rainforest in Indonesia.
The Red squirrel used to be found all over England until they began to be squeezed out by Grey squirrels, an invasive species introduced from North America. The Prince helped create the Red Squirrel Survival Trust to protect these endangered animals. The Prince likes them so much he said, “My great ambition is to have one in the house…sitting on the breakfast table and on my shoulder.” Imagine that, a squirrel in the Palace!
Albatross have the largest wingspan of any bird on the planet but 19 species of Albatross are currently endangered, mostly because of certain fishing practices. The Prince is patron of Southern Seabird Solutions, an organization that works with fishermen to find ways to protect this magnificent bird. The Prince thinks Albatross’ are “an iconic bird – one of the most remarkable and beautiful on this Earth”.
Australian stock horses, also known as Walers (named after the Colony of New South Wales), are the descendants of the original horses brought to Australia. They are strong, sturdy horses used for ranching and exploring. The Prince is patron of The Australian Stock Horse Society, which works to preserve this special breed.
Salmon are born in fresh water streams and eventually migrate to the ocean where they grow to between 8-12 pounds. Some of the biggest salmon caught can weigh nearly 100 pounds! Since the 1970s the number of salmon returning to breed has gone down by 50%. The Prince supports efforts to protect Atlantic salmon through the Atlantic Salmon Trust, which he serves as patron. The Prince fishes regularly on the River Dee in Scotland, and is very concerned about the threats facing Atlantic salmon.
Do you have a favourite summer getaway? That special place you go every year when the weather gets warmer? If so, you’re not the only one in the animal kingdom.
Beluga whales have been known to return to the same rivers and estuaries (places were rivers meet oceans) year after year. They visit these special spots to feed, get away from predators like Polar bears and Killer whales and to moult (get rid of dead skin).
Unfortunately, Belugas will keep returning to these areas even when it is unsafe. Since their summer hideaways are so predictable, it’s really easy for hunters to find them. In some areas, hunters have targeted so many belugas that it is believed they may have wiped out entire populations!
Thankfully, there have been limits put in place to make sure Belugas aren’t overhunted. These limits have already started to help protect Beluga whale populations, but they aren’t out of danger yet. Beluga hunting is still a problem in areas of the Hudson Bay. Scientists believe that if hunting levels continue, the Eastern Hudson Bay population could disappear in fewer than 10 to 15 years!
Source: COSEWIC Assessment and Update Status Report on the Beluga Whale Delphinapterus leucas, 2004
Jovanna is a girl with a passion for protecting animals and their homes! This nature lover has done so much for so many animals, and the American Badger is no exception. We were blown away by Jovanna’s efforts to help the American badger and spread the word about their threats and challenges so we’ve asked her to share her awesome story!
I have loved animals since I was just a baby, especially animals you could keep as a pet. Then, I only had a dog and a cat but now, I have a dog, two cats, two horses and four fish! My passion for critters large and small has developed beyond just pets. Now, I love animals found in the wild just as much. Part of my love for animals comes from having spent so much time on my family’s farm, where I have seen many, many creatures. At the farm, I like skiing, hiking and climbing trees. As a result of all this, I am very connected to nature.
When I found out so many wild animals were endangered, I was very upset. Since then, I have done many fundraisers for animals, including the panda, tiger and polar bear too. I believe that every person should do their part to preserve nature. I feel very, very strongly about that, and so when the opportunity to fundraise for Earth Rangers came up, I was so excited!
I heard about the charity through my friends at school where Earth Rangers had previously visited. They were very impressed with the presentation, so they joined Earth Rangers to protect the Wood Thrush, and Woodland Caribou. They recommended it to me, as well. So, I went on the website and created an account to help save the American Badger.
Wow! I never knew FUN-draising could be so fun! I like playing the games, and reading the blog, but mostly, I love raising money, knowing it’s going to a great charity, and a great cause. I sent out a few e-mails, and the results were remarkable! Lots of the people I contacted donated, and sent e-mails back. They were so supportive! I got so inspired that I wanted to enlighten and empower more people by spreading the word and asking for donations. I did this by visiting my neighbours. I made an information sheet with facts about the American badger’s threats, what donations would help with, and the charity, Earth Rangers. I also included the name and picture of the American Badger. Lots of people were inspired, most donated, and 4 people even created accounts for their own children. By the end of my campaign, I had raised more money than I ever thought I could. It was amazing!
I love Earth Rangers because it is interactive, inspiring, friendly and empowers CHILDREN. I recommend Earth Rangers to anyone who loves animals, and wants to make a difference.
Thanks, Jovanna! You have done some outstanding work and we are glad to have you as a member of the Super Ranger team! Look out for another update from Jovanna this April as she shares with us her Top Ten Ways Kids Can Help the Environment
Earth Rangers have some special guests today, brother and sister, Carter and Olivia. These two eco stars have stopped by the Wild Wire to tell us about how they are helping to protect the planet!
Carter: Hi, my name is Carter, I’m 12. My sister Olivia, who is 10, and I started our own non-profit organization back in 2009 called One More Generation (OMG). Check out our OMG Video about endangered species. Our goal is to help educate kids and adults about the plight of endangered species and how our actions affect the environment.
Olivia: Shortly after starting OMG, the Gulf oil spill happened in April of 2010. We saw the images of sea birds and sea turtles caked in oil on TV and decided we had to help. First we phoned organizations involved in the animal rescue to find out what supplies they needed. We then spent the next four months visiting churches and schools giving presentations and asking for help collecting the supplies. In late August of that year, on my eighth birthday, we headed to the Gulf. We worked with the Marine Mammal & Sea Turtle Rescue Center, who gladly accepted the collected supplies. While volunteering we found out that some of the animals we were helping to save were also being put at risk by plastic pollution. It was the first time Carter and I had ever heard of this issue.
Carter: Once we returned from the Gulf we decided to create our Plastic Awareness Coalition, which now has over 70 partners helping us to educate communities about this issue. We also launched our Plastic and Recycling Awareness Curriculum, which we share with elementary schools across the country. We want to help kids our age understand that they can be part of the solution to the issue of plastic pollution.
Olivia: One of our latest initiatives is our Rhino Letter Writing Campaign. We have been working with two amazing organization from South Africa, SPOTS (Strategic Protection Of Threatened Species) and Rhino SA, together we created a Community Rhino Presentation. We bring our presentation to communities everywhere in an effort to help people understand that with the current rate of poaching of rhinos the species is likely to go extinct in our lifetime. We are asking kids to write letters to the South African President, President Zuma. The letters are written to ask President Zuma to become more involved with stopping the poaching of rhinos for horns. We plan on hand delivering all the letters we collect personally to President Zuma in the summer of 2013 to show him how much the world wants him to save these animals.
Write a letter or draw a picture addressed to the South African President, President Zuma, asking him to get more involved with stopping poaching of rhinos for horns. Send your letter by e-mail to info@onemoregeneration.org or by mail to:
One More Generation
P.O. Box 143627
Fayetteville, GA 30214
You can see some of the letters kids have submitted on our website: http://onemoregeneration.org/2012/07/20/dear-president-zuma/
We wish to thank everyone for taking the time to learn about what we do at OMG and we hope each one of you will write us a letter and get your friends, parents and your entire school to do the same.
Best regards from the entire OMG Team 😉
The Nautilus is thought to have been swimming in the planet’s oceans for 500 million years, a long history that has earned them the nickname ‘the living fossil’. They live in chambered shells, which can become as big as 20 cm in length. The Nautilus shell has two main regions. The front or outermost region is the living chamber, which has the soft body of the Nautilus. Nautilus live inside their coiled shell for protection, but as they grow the Nautilus creates a new living chamber, leaving an empty chamber behind. It is these empty chambers that create the second region of the shell, which looks like a series of empty rooms that form the shape of a spiral. Adults can have up to 30 chambers, as the shape of the shell winds down in a coil, the chambers get smaller and smaller.
Description: Nautilus are cephalopods, which means they are related to octopi, squid and cuttlefish. They have a beautiful shell with brown and reddish stripes that looks like pearl on the inside. Their shells are so strong they can withstand pressure at depths of nearly 2,600 feet beneath the surface of the ocean. Under the hood or front of the shell you can see90 small tentacles and primitive eyes. Nautili have really poor vision but an incredible sense of smell.
Habitat: This amazing animal can be found in the Western Pacific Ocean off the coasts of the Philippines, Papua New Guinea, Fiji and Australia. They live deep in the ocean, 900-2000 feet down, coming up to shallower water at night to hunt. Nautili live at ocean depths that we know little about. The Nautilus is an example of a species that makes you think about the incredible diversity of habitats and life forms on Earth, many of which are still largely undiscovered.
Movement: Cephalopods, like the Nautilus, swim by pushing water in and out of their chambered shell through a special tube called a siphon. They use this jet propulsion to move quickly through the water, similar to how jets use the movement of air through their turbines to speed up. Nautili stay afloat in the water by using two different mechanisms; the first uses gas, while the second relies on osmosis.
The Nautilus can release gas into the empty chambers in their shell through a tube called a siphuncle. The gas helps keep the Nautilus upright and buoyant, or afloat. Nautili can also take in water into their living chamber through the sides of their siphuncle, they use this water to absorb salt into their blood. This salt leaves less water in their blood, while their living chamber has a higher concentration of water. By adjusting the flow of water between their blood and living chamber through osmosis they create different concentrations of water. This special ability also helps the Nautilus to stay afloat. These features make the Nautilus incredibly well designed for moving through the water, so much so that submarines have been named after them.
Lifecycle: Once a year, females will deposit the fertilized eggs onto rocks in shallow water. Females then incubate and care for the eggs for nine months to a year. When hatched the newborn Nautilus will be 2.5cm in diameter. The Nautilus lives 15-20 years.
Predators: Octopus, sharks, triggerfish and turtles
Diet: Nautilus use their sense of smell and tentacles to find prey, and they eat mostly crustaceans and carrion (dead animals).
We need your help! This frog is trying to tell us something but we can’t figure it out! Do you know what it’s thinking?
We’ve already counted down the top ten biggest cats, so what’s next? Biggest dogs, of course! After combing through millions of records (ok maybe not that many), we came up with a list of the top ten biggest wild dogs.
We know that sometimes weight can be a little hard to understand so in addition to kilograms and pounds, we’ve also gotten help from something pretty heavy: a 16 pound bowling ball! That way, the next time you are out at a bowling alley, you’ll know that a coyote weighs the same as about 3 bowling balls!
How big are we: Up to 12kg, 26 pounds, or 1.6 bowling balls
Where we live: East, West and Central Africa
http://animaldiversity.ummz.umich.edu/accounts/Canis_adustus/
How big are we: Up to 14kg, 31 pounds, or 1.9 bowling balls
Where we live: From the Arctic Circle to Central America, Central Asia and Northern Africa.
http://animaldiversity.ummz.umich.edu/accounts/Vulpes_vulpes/
How big are we: Up to 14kg, 31 pounds, or 1.9 bowling balls
Where we live: South America from Ecuador to Chile and Argentina
http://animaldiversity.ummz.umich.edu/accounts/Lycalopex_culpaeus/
How big are we: Up to 19kg, 42 pounds, or 2.6 bowling balls
Where we live: Endemic to Ethiopian mountains
http://animaldiversity.ummz.umich.edu/accounts/Canis_simensis/
How big are we: Up to 21kg, 46 pounds, or 2.9 bowling balls
Where we live: Central and Eastern Asia, south to India, Burma and Malayan Archipelago
http://animaldiversity.ummz.umich.edu/accounts/Cuon_alpinus/
How big are we: Up to 21kg, 46 pounds, or 2.9 bowling balls
Where we live: Almost all of Canada, USA, and Mexico, and as far south as Panama.
http://animaldiversity.ummz.umich.edu/accounts/Canis_latrans/
How big are we: Up to 23kg, 51 pounds, or 3.2 bowling balls
Where we live: Found from Parnaiba River to Rio Grande do Sul in Brazil, Peru, and Paraguay.
http://animaldiversity.ummz.umich.edu/accounts/Chrysocyon_brachyurus/
How big are we: Up to 36kg, 79 pounds, or 4.9 bowling balls
Where we live: Namibia, Botswana, Mozambique, parts of Zimbabwe, Swaziland, and the Transvaal
http://animaldiversity.ummz.umich.edu/accounts/Lycaon_pictus/
How big are we: Up to 40kg, 88 pounds, or 5.5 bowling balls
Where we live: A small population in North Carolina
http://animaldiversity.ummz.umich.edu/accounts/Canis_rufus/
How big are we: Up to 80kg, 176 pounds, or 11 bowling balls
Where we live: A few areas around North America and Eurasia
http://animaldiversity.ummz.umich.edu/accounts/Canis_lupus/
Although technically a subspecies of the grey wolf, we thought it would be fun to include this dog as well.
How big are we: Up to 19.4kg, 43 pounds, or 2.7 bowling balls
Where we live: Australia and in scattered groups across Southeast Asia
http://animaldiversity.ummz.umich.edu/accounts/Canis_lupus_dingo/
Join Earth Ranger Emma as she travels the world on a quest to solve some of nature’s greatest mysteries! With top ten countdowns, animal guessing games and epic animal showdowns, this is a journey you won’t want to miss!
If you are taking a swim off of the Eastern coast of Australia you’re likely to find the Great Barrier Reef. This 344,400km2 aquatic habitat is the world’s largest coral reef ecosystem, it is so big that astronauts can see it from space! The Great Barrier Reef is made up of nearly 3,000 individual coral reefs that, together, form a beautiful underwater ecosystem where a diverse suite of over 9,000 species of fish and other aquatic animals, corals, and sponges live. It is one of the planet’s most biologically rich aquatic habitats that not only provides homes for tons of animals but also protects shorelines.
Scientists at the Australian Institute of Marine Science recently looked at 2,258 surveys of the Great Barrier Reef over the past 27 years to see how this amazing ecosystem is doing and the news isn’t good. Between 1985-2012 coral cover has dropped by more than half, and two-thirds of that decline has happened since 1998 – that’s a loss of 30% of Great Barrier Reef coral habitat in just 12 years. What’s causing us to lose the Great Barrier Reef so quickly? The researchers that conducted this study found three major causes:
These storms form over bodies of water, creating really powerful winds, torrential rain, and high waves, which damage the reefs. When the winds reach speeds of over 120km/h (74mph), these storms are known as hurricanes or typhoons. Although tropical cyclones are normal, over the past few years there has been an increase in both the number of storms and the damage that they cause to the reefs. Some scientists have found that the rise in tropical cyclones is due to climate change. As human actions cause the planet and our oceans to become warmer we are creating ideal conditions for tropical cyclones to form.
Climate change also affects weather patterns by making it more common for there to be extended periods of drought followed by heavy rains. During periods of drought the land tends to become hard with less porous soil, when this is followed by heavy rain more water runs off instead of soaking into the ground. These changes in rainfall patterns cause more pollutants, such as agricultural fertilizers, to runoff the land into the water. Nitrates from the fertilizers get into the water and create an ocean that is more acidic and warmer than usual, which damages the reefs through a process called coral bleaching.
So what is coral bleaching? Coral bleaching involves coral losing its colour. Corals are a special group of gorgeous, simple, marine animals (individually called coral “polyps”) that live in colonies on reefs in different parts of the world, including the Great Barrier Reef. These animals feed by filtering tiny particles out of the water. Healthy corals have a wide array of colour patterns such as blues, oranges, and reds. Some are soft-bodied while others have hard outer surfaces (“exoskeletons”) due to the accumulation of calcium carbonate. Coral is sensitive to changes in water temperature and acidity. In a warmer and more acidic ocean, coral spits out plant-like cells (algae called ZOO-XAN-THAL-LEA) that usually live in the coral polyps. These algae are essential for the coral to survive; without them, the coral turns white and starves to death.
As our oceans change due to climate change and pollution we are creating the perfect environment for big populations of Crown-of-thorns starfish. Crown-of-thorns are one of the world’s biggest starfish species, they can have up to 21 arms and are covered in long venomous spines. This starfish feeds on coral starting at about six months of age, and will spend about half their time feeding. Usually the Crown-of-thorns starfish will only eat portions of a coral reef, which allows the reef to quickly recover. But in a warming ocean with huge populations of Crown-of-thorns starfish, they are eating way too much coral, which doesn’t give the reefs a chance to recover.
Researchers at the Australian Institute of Marine Science found that if the Great Barrier Reef continues to decline at this rate, there will only be 10% coral cover left by 2022. But there is hope! Their analysis also showed that without the impact of cyclones, Crown-of-thorns starfish, and coral bleaching, the coral reef can recover! It’s time for us to take action:
We need your help! This kangaroo is trying to tell us something but we can’t figure it out! Do you know what it’s thinking?