1 .
Endangered Species Youth Art Contest
2023 Contest Now Open!
Join us for our 6th annual Endangered Species Youth Art Contest! In celebration of Endangered Species Day (May 19, 2023), Roger Williams Park Zoo is accepting art entries from local K-12 grade students in the New England area showing threatened and endangered species. Together we hope to raise awareness about the importance of saving endangered species and their wild habitats.
Winners will be formally announced by May 2023.
Rules & Art Submission Instructions:
▲All entries are to be submitted electronically. Web form will be made available beginning February 1,2023.
▲Students’ artworks must be original. Computer-produced images will NOTbe judged.
▲All artworks must be about threatened/endangered species.
▲Each art entry must also include a short explanation (3-5 sentences) as to why saving your chosen species from extinction is important.
Deadline: Entries must be received by Sunday, April 2,2023. Late entries will not be judged.
2023 Art Contest Prizes
GRAND PRIZE(Judges Choice)
▲One Family RWPZoo membership (a S149 value; or extra year added to current Zoo membership)
▲An adopt-an-animal package of your choice
▲One $100 gift card
GRADE CATEGORY WINNERS (Grades K-2, Grades 3-12)
Each grade-winner shall receive:
★Six General daytime admission tickets to RWPZoo
★One $25 gift card
HONORABLE MENTIONS (Grades K-2,Grades 3-12)
Each grade-honorable mention shall receive:
·Four General daytime admission tickets to RWPZoo
·An award certificate
All winning artworks will be highlighted on the Zoo’s website and social media pages, and in the Zoo’s summer WILD Magazine issue.
1. How can you submit your artwork?A.By sending it in an envelope. |
B.By turning it in on the website. |
C.By handing it to the zoo in person. |
D.By having it delivered to the judges. |
A.The habitats of threatened and endangered species. |
B.The relationship between humans and endangered species. |
C.The measures to protect endangered species. |
D.The reason of protecting your targeted species. |
A.A choice to adopt an animal. |
B.A S25 worth of gift card to the zoo. |
C.An exhibition of the artwork all year round. |
D.Six tickets to RWPZoo for general daily time admission. |
For Greek photographer George Doupas, Beijing is home now. During the past decade, he has been photographing the city, capturing its beauty and sharing these photos online and in
“This truly represents Beijing-the old and the new, nicely mixing together,” Doupas said while showing his photograph of the Zhihua Temple,
With-rich historical heritage, Beijing
“My
Chengdu has dozens of new millionaires, Asia’s biggest building, and fancy new hotels. But for tourists like me, pandas are its top
So it was a great honour to be invited backstage at the not-for-profit Panda Base, where ticket money helps pay for research. I
On my recent visit, I held a lively three-month-old twin that had been rejected by
4 . When we think of Antarctica, the first thing that comes to our mind is a picture of penguins and large areas covered with snow. Large amounts of white snow spreading over thousands of kilometers is a pretty good description of Antarctica.
Research and observations conducted over the past few years have led to the conclusion that the Antarctic Peninsula's snow is turning green.
Scientists fear that such profound growth of algae can set off more global warming, causing even more snow to melt. To better understand that, we must consider that white snow reflects most of the sunlight that falls on it. However, as the surface of the snow darkens, it absorbs more and reflects less of the sunlight.
A.This is due to algal growth. |
B.But, that legendary snow is not completely white anymore. |
C.Sometimes, they can be present below the surface of the snow. |
D.The algae grow so quickly that they occupy great areas of the snow. |
E.The Antarctic is the area of the continent with the most vegetation. |
F.More sunlight implies more heat trapped on the surface of the Earth. |
G.Scientists are estimating the area covered by these green snow algae. |
5 . Vanessa Burchill, a 12-year-old Dartmouth, N. S. girl, is growing and giving away hundreds of young milkweed so endangered monarch butterflies have somewhere safe to land. Her plan to save the monarch butterflies began about three years ago when her aunt showed her a chrysalis from her garden. She watched in wonder as a butterfly appeared and made its wings dry.
She’s now given out about 1,000 baby milkweed plants to people in Halifax through her Downtown Dartmouth Monarch Project. Her first group of milkweed this spring went in a matter of hours.
Monarch butterflies can’t survive without milkweed because ifs the only plant where they can lay their eggs. Burchill grows wetland milkweed. It is far less controllable than common milkweed, its cousin. Common milkweed is considered a harmful weed in U.S. It is often killed by people with chemicals.
This year, Burchill’s growing season began in February with seeds from the Mersey Tobeatic Research Institute. Anyone can message her on Facebook to pick up a pot of milkweed for free. Each pot has four small plants that people are encouraged to put in a sunny place in their gardens.
“When the monarchs finally appear from the chrysalis they need to be able to dry out their wings in the sun and when the plant doesn’t have full sun they can’t do that.” Burchill said.
Burchill has also started growing a butterfly garden in the park across the street from her house with the help of parents and neighbors. “We’re very proud of her and she’s quite focused,” said her dad, Nick Burchill. ‘‘Hopefully, it will create a nice pathway for monarchs.”
Burchill has only seen a handful of monarchs visit her yard and she’s still waiting to see a caterpillar on the milkweed. But she knows what she did is paying off when she sees the endangered butterflies visiting gardens she helps grow.
1. What encouraged Burchill to save the monarch butterflies?A.Her monarch project. | B.Her aunt’s suggestion. |
C.Her research on the butterflies. | D.Her experience in her aunt’s garden. |
A.Selling milkweed becomes a profitable business. |
B.Milkweed baby plants grow very quickly in spring. |
C.The project is widely welcomed by the local people. |
D.Monarch butterflies can’t survive without milkweed. |
A.It provides the butterfly with enough water. | B.It is much safer than common milkweed. |
C.It is encouraged by the U.S. government. | D.It grows everywhere in her hometown. |
A.Supportive. | B.Uninterested. | C.Doubtful. | D.Worried. |
Yunnan is the hometown of tea. It provides the ideal climate and the ecological environment for large-leaf tea trees, which are located in the
Other
Yunnan has diverse resources of tea trees. The regulation also advocates proper research and
In southern China, there is a famous road
This road is sure
For the next few months, this road is not above the surface
8 . Laughing together is an important way for people to connect and bond. Though the causes of laughter can vary widely across individuals and groups, the sound of a laugh is usually recognizable between people belonging to different cultures. In humans, laughter can express a range of emotions from positive feelings like enjoyment to negative ones such as disgust. But what about animals other than humans? Do they “laugh”, and are the causes of their laughter similar to those of human laughter?
Many animals produce sounds during play that are unique to that pleasant social interaction. Researchers consider such sounds to be an analogue of human laughter. Recently, scientists investigated play sound to see how common it was among animals. The team identified 65 species that “laughed” while playing; most were mammals (哺乳动物), but a few bird species demonstrated playful laughter too. This new analysis could help scientists to trace the evolutionary origins of human laughter, according to a new study.
When Sasha Winkler, a doctoral candidate of biological anthropology at the University of California. Los Angeles (UCLA), previously worked with rhesus macaques (恒河猴), she had noticed that the monkeys panted (喘气) quietly while playing. Many other primates (灵长类动物) are also known to sound during play. However, reports of playful laughter were notably absent in studies describing fish, amphibians and reptiles, perhaps because there is some question as to whether or not play exists at all in those animal groups.
Laughter in humans is thought to have originated during play, a hypothesis supported by the play-related panting laughter of many primate species. “Human laughter may have evolved from a similar panting sound that over evolutionary time became the sounded ‘ha ha ha’ that we use today. People still laugh during play, but we also involve laughter in language and non-play behaviors,” Winkler said.
“It’s really fascinating that so many animals have a similar function of sound during play,” Winkle told the Live Science, a science news website. “But we do have these unique parts of human laughter that are also an important area for future study.”
1. What do we know about human laughter?A.It is not shared among strangers. |
B.It is created out of the same reason. |
C.It may appear when people hate something. |
D.It sounds different between European and Asian. |
A.Something common. | B.Something similar. |
C.Something symbolic. | D.Something attractive. |
A.Because they are not well evolved and emotionless |
B.Because play is not a definite behavior among them. |
C.Because they are not as interesting as other animals. |
D.Because only mammals and primates are able to laugh. |
A.Distinctive features of human laughter. |
B.Different functions of animal laughter. |
C.The origin and development of human laughter. |
D.The relationship between animal laughter and intelligence. |
9 . Standing on the shore of a lake, I can’t help but feel surprised at the thousands of small rocks that surround my boots. They were all created from
Even the tallest mountains have
But I’m not a
Two years ago, while traveling in the Pacific Northwest, I watched a restaurant owner ask several young men to
The group of young men wanted to
You can fit more rounded rocks in a jar than those with sharp edges. The former look for ways to
I placed a
A.fragile | B.shiny | C.smooth | D.hard |
A.piled up | B.worn down | C.risen up | D.broken down |
A.will | B.voice | C.attitude | D.heart |
A.Still | B.Often | C.Here | D.Once |
A.understanding | B.confident | C.patient | D.competitive |
A.contribute | B.exist | C.work | D.develop |
A.fool | B.soul | C.rock | D.judge |
A.explain | B.leave | C.apologize | D.pay |
A.contradictory | B.confusing | C.forceful | D.discouraging |
A.get through | B.stick to | C.deal with | D.fight against |
A.think | B.care | C.talk | D.argue |
A.even | B.however | C.anyway | D.also |
A.hardships | B.struggle | C.experiences | D.failure |
A.open | B.cautious | C.ambitious | D.independent |
A.ignore | B.accept | C.adjust | D.change |
A.excuse | B.agreement | C.entrance | D.inch |
A.Nature | B.Tolerance | C.Tide | D.Time |
A.reforming | B.seeing | C.exploring | D.travelling |
A.sharp | B.rounded | C.valuable | D.rolling |
A.class | B.belief | C.meeting | D.discussion |
10 . “A lot of the time when climate change is discussed in mainstream media, people are asking ‘can humans overcome this?’, or ‘what technology can solve this?’. It’s high time we recognized that animals also have to adapt to various changes. We know some animals change their skin colors to escape from natural enemies or due to environment pollution,” says Ryding. “The climate change that we have created is putting a lot of pressure on them, and some species try to adapt by shapeshifting (变形). ”
Strong shapeshifting has particularly been reported in birds. Several species of Australian parrot have shown, on average, a 4%—10% increase in beak (鸟喙) size since 1871, and this is positively linked with the summer temperature each year. North American dark-eyed juncos, a type of small songbird, had a link between increased beak size and short-term temperature extremes in cold environments. There have also been reported changes in mammalian species. Researchers have reported tail length increases in wood mice and leg size increases in masked shrews (鼩鼱).
“The increases in some body parts size we see so far are quite small—less than 10%—so the changes are unlikely to be immediately noticeable,” says Ryding. “However, some body parts such as ears are predicted to increase.”
Ryding intends to investigate shapeshifting in Australian birds firsthand by 3D scanning museum bird specimens from the past 100 years. It will give her team a better understanding of which birds are changing their body parts and why. “Shapeshifting does not mean that animals are coping with climate change and that all is ‘fine’,” says Ryding. “It just means they are adapting to survive it—but we’re not sure what the other ecological consequences of these changes are, or indeed that all species are capable of changing and surviving. ”
1. What may cause animals’ shapeshifting according to Ryding?A.Human hunting. | B.Climate change. |
C.Natural enemies. | D.Polluted surroundings. |
A.Giving examples. | B.Cause-effect analysis. |
C.Making comparison. | D.Process analysis. |
A.Animals can well adapt to changes and survive. |
B.Influence of animals’ shapeshifting is uncertain. |
C.Rdying will research into bird museums in Australia. |
D.All adaptations of animals to climate change are beneficial. |
A.Technology. | B.Health care. | C.Environment. | D.Education. |