Many people know that China’s coastline is very long and has many island resources. In addition to some large-scale and tourism-influenced islands, there are also many other aspects of the distribution of island resources, and this can also show that its island resources are very prominent. In the world, many countries also have abundant island resources. Some islands have different shapes, distinctive features, rich cultural connotations and rich landscapes. The resulting culture is very rich, which also promotes the development of their islands. Will become bigger, and this part of the resources can also be seen to a certain extent that the island resources are very representative, and the cultural charm generated by this is relatively large. The editor will introduce a few See the island resources, especially some animal resources inside the island.

Colon Islands

This island is located off Ecuador in the eastern part of the Central Pacific Ocean. It is composed of 13 small islands and 19 rocks. It has a large area and a long history. The reason for its formation is also very simple. It gradually formed after a long time of accumulation. Nowadays, this island is called the “living museum of biological evolution”. This is mainly due to its unique climatic environment and geomorphic characteristics, which have prompted many creatures to settle here, and over time, it has formed a very important place in the world. Rare cultural atmosphere, so when developing its island tourism, its cultural charm is even greater.

Animal resources

The most worthwhile animal is the penguin. Many tourists will be confused. Penguins should live in the South Pole in the southern hemisphere. Why do penguins live in the northern hemisphere? In fact, this is also the power of nature. Because this is the only island in the northern hemisphere where penguins live, and there are many reasons. One of them is that it is affected by the Peruvian cold current, which makes it not a high-temperature and rainy natural environment, but suitable The penguin survived.

In addition to penguins, there are also many other types of islands in this island, such as sea lions and seals. Of course, it also contains some special species. So over time, it has formed a very unique cultural charm, which also promotes this island. The ecological environment of the city has become better. Because it is less disturbed by the outside world, many natural environments have been better preserved, which also makes tourists feel very appreciative.

Editor’s View

The island resources in the world are very rich. No matter which island resource it is, tourists need to focus on protection, strengthen and enhance the awareness of protection. Only through protection, the development of its islands can be protected to the greatest extent. Therefore, after the performance of its island development in the future, it will also be loved by many tourists. The development of tourism also needs to strengthen the protection of its islands.

This year’s Google Earth Day imagery highlights the idea that everyone can germinate a seed for a brighter future. Google celebrates Earth Day April 22 with an inspirational video on the homepage. (Photo: Google) Google encourages people to find a small action they can take to restore the Earth – the common home of humanity. In the Google video, the characters take turns sowing seeds, from generation to generation, from person to person, of all sexes, skin color, age … The seeds are sown to the ground. all germinate, develop into lush greenery. Google encourages people to find a small action they can take to restore the Earth. (Photo: Google) “Today’s video shows many different types of plants grown in natural habitats, this is one of the ways we can keep the Earth for future generations,” the Google announcement said. April 22 every year is chosen as Earth Day. This year is the 51st time it has taken place and has been responded by many countries. The purpose of Earth Day is to increase awareness and value of the natural environment of the planet in which we live. This year is the 51st Earth Day that has taken place and has been responded by many countries. (Photo: Google) In 1969 at the UNESCO Conference in San Francisco, environmental activist John McConnell proposed a day to honor Earth, first held on March 21, 1970, the first day of spring in the North. bridge. A month later, US Senator Gaylord Nelson proposed the idea of ​​organizing a national environmental curriculum on April 22, 1970. He hired a young environmental activist, Denis Hayes, to do the Thing. National coordinator. The purpose of Earth Day is to increase awareness and value of the natural environment of the planet in which we live. (Photo: Google) By 1990, Denis Hayes brought this event to the international level and held in 141 countries. Now Earth Day is a series of events coordinated globally by earthday.org, with the participation of about 1 billion people in more than 193 countries. Many communities also host Earth Week, a week of activities around environmental issues.

This year, many places in Japan have seen cherry blossoms blooming abnormally early. In Kyoto, this is the earliest blooming time since 812. The reason is believed to be due to the global warming phenomenon. Source: AFP Empty image in Inokashira Park in Tokyo, Japan. Source: AFP Although the Covid-19 pandemic restricted the enjoyment of the cherry blossom season, Japanese people can still enjoy the flower viewing in a number of locations. Korean people also love this flower. In the photo is a cherry blossom tree blooming in a park in Seoul. Source: AP At Ngoc Uyen Dam Park (Beijing, China), people enjoy taking pictures of cherry blossoms in full bloom. Source: AP No one wants to miss the chance to save the best pictures with cherry blossoms. Source: AP The cherry blossom season in Washington DC (USA) always attracts crowds of people and visitors to enjoy. Source: AP Around the Tidal Basin in Washington DC, there are a lot of Yoshino cherry trees, this is a gift that Japan gave to America. Source: AP Dutch people also have the opportunity to admire the cherry blossoms, with beautiful gardens on the outskirts of Amsterdam. Source: AP Cherry blossoms bloom at Cherry Blossom Park in Amstelveen, in the Amsterdam metropolitan area, Netherlands. Source: AP A woman watching flowers while jogging at St James Park, London, UK./.

Towards the end of this century, organisms living on the ocean floor faced increasing dangers from ocean warming. (Photo: thiennhien.net) According to climate warming projections, the number of species has decreased in the equator and increased in the subtropics since the 1950s. This is the general state of all 48,661 species and they are divided into sub-species. seabed (benthic) and in open water (floating fish area), fish, molluscs and crustaceans. Results from a study led by the University of Auckland (New Zealand) show that open water marine species in the Northern Hemisphere tend to move more towards the North Pole than benthic species. Meanwhile, species in the southern hemisphere do not have a similar wave of movement. The reason is that the warming ocean in the Northern Hemisphere is more pronounced than the Southern Hemisphere. In the past, the tropics were always considered to be stable and have an ideal temperature for reproduction because so many species of organisms appear there. Now the defined tropics are not so stable and are becoming too hot for many species. This study is the result of doctoral work by lead author Chhaya Chaudhary at the University of Auckland and builds on a series of studies in a joint research group that delineates documents and data on taxonomy groups. Specifically, these include crustaceans, fish and worms. The data is taken from the Ocean Biodiversity Information System (OBIS), a free accessible online world database established by Professor Mark Costello of the University as part of the marine biology investigation, a global marine exploration program from 2000 to 2010. Recorded information about the time and location of species was compiled into latitude ranges and a statistical model was used. Use to calculate variables in sampling. Last year, Professor Costello co-authored a study that found that although marine biodiversity escalated and peaked at the equator during the last ice age 20,000 years ago, it was pulled flat before the status quo. global warming in the industrial era. This study uses fossil records of marine plankton buried in deep-sea sediments to track changes in species diversity over thousands of years. The latest research on a decade scale shows that this flat drag has continued over the past century, and that the number of species is now decreasing at the equator. This research, and other work underway, shows that the number of marine species declines when the average annual seawater temperature is above 20 to 25 degrees Celsius (varies with different species. ). As one of the lead authors of the current International Commission on Climate Change (IPCC) 6th Assessment Report, Professor Costello argues that these findings are of great significance. “Our work shows that man-made climate change affects marine biodiversity on a global scale across all species. Climate change is already here for us and is happening at an ever-increasing rate. We can predict general trends in species diversity, but due to the complexity of ecological interactions, it is currently unclear how rich marine life and fisheries will be. how to change according to climate change ”, said Professor Costello. According to a new study published in the journal Nature Climate Change, the rate of climate change in the depths of the world’s oceans could be seven times higher than current levels in the second half of this century even if greenhouse gas emissions have been significantly reduced. Different global warming at different depths has a major impact on the wildlife of the oceans, causing disconnections as species that rely on each other for survival are forced to move. Professor Anthony Richardson of the University of Queensland and CSIRO, who is also one of the 10 authors of the study, pointed out: “What really worries us is that when we move down deep in the ocean, the climate velocity moves downwards. transfer at different speeds ”. This can create a disconnection with species that depend on organic organisms of different layers. Tuna, for example, live in the middle layer with a depth of 200 – 1000 m, but they need plankton near the sea surface. Professor Richardson emphasized that the results of the study are of concern, with climatic speeds varying depending on the depth of the ocean and the tendency for species to move to be uneven. This may mean marine protected areas established to protect species or habitats may no longer work as species move out of protected areas into unprotected areas.