MIL Translation Engine 1

Translation. Region: Russian Federal

Source: Save Nature Foundation

An important disclaimer is at the bottom of this article.

The CURAPROX brand, in partnership with the Revival of Nature Charitable Foundation, is implementing an important project called "Life Scenario." We're already receiving positive feedback, which highlights the quality of our toothbrushes and the real opportunity to help nature!

We've teamed up to present a limited-edition toothbrush set designed to raise awareness for the conservation of five rare Russian animal species:

Przewalski's horse, European bison, European snow leopard, gray whale, polar bear

Each packaging in the collection is adorned with an image of a specific animal, whose image and character have been skillfully and meticulously captured by young artist Marta Zorina. Her expressive illustrations help us feel a closeness and connection with the characters in the "Life Script" project.

A unique feature of the collection is that by choosing any set from the "Life Scenario" collection, you help protect Russia's natural environment: 30 rubles from the sale of each package goes to the "Revival of Nature" Charitable Foundation for programs to preserve rare animal species.

As part of the project, we created educational videos for children and adults about five rare Russian animal species, which we invite you to watch. Each cartoon is a touching story that makes you reflect on the fragility and vulnerability of these graceful, majestic animals.

By supporting the Life Scenario project, you are taking an important step, demonstrating your commitment to protecting the environment and preserving our country's biodiversity.

You can learn more about the project and select kits here: HTTPS: //redibuk.kuproks.ru/

With our choices today, we can write a happy “Life Script” for these beautiful animals.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

.

Translation. Region: Russian Federal

Source: Save Nature Foundation

An important disclaimer is at the bottom of this article.

We are pleased to announce the completion of the autumn expedition by a team of herpetologists led by Maxim Konstantinovich Ryzhov, PhD in Biology and an experienced herpetologist and researcher. The expedition was organized with the support of the Foundation and was a significant milestone in the study of Dagestan's fauna.

The expedition routes covered almost all planned points, but achieving all the objectives proved challenging. Thick morning fog initially concealed the rare inhabitants from the researchers' eyes, and later other circumstances intervened. Most of the Dagestan fauna that were planned for study were out of sight, likely for the following reasons:

The new habitats require re-examination to fully understand the situation. Hot weather, with temperatures reaching 37°C, forced the animals to seek shelter in deep shelters, escaping the scorching sun.

Nevertheless, even in the face of such obstacles, the expedition made a significant contribution to the study of the local fauna.

This autumn expedition was notable not only for its choice of a new season for research, but also for the fact that scientists managed to solve two important research problems at once:

1. Discovery of new species

During the expedition, two new species to the region were discovered: the olive snake and the Asia Minor frog. These findings expand our knowledge of Dagestan's biodiversity and confirm the importance of further research.

2. Collection of scientific data

The expedition members carried out measurements and collected data on several species of local reptiles and amphibians:

Caucasian agama: About 30 individuals were studied. Snakehead: Morphological analysis was conducted on approximately 20 specimens. Long-legged skink: Data were obtained on six individuals.

These data are especially valuable since previously there was no information about the morphological characteristics of the latter species in Russia.

The participation of professional herpetologists in the expedition significantly expanded the scientific knowledge base about Dagestan's wildlife. The scientists' work helps identify vulnerable species and develop conservation measures.

The Nature Revival Charitable Foundation expresses its deep gratitude to the team of herpetologists whose dedication and professionalism made this important scientific mission possible. Without your efforts, it would be impossible to advance environmental protection and maintain ecological balance in the region.

A special thank you to all the benefactors and friends of the Revival of Nature Charitable Foundation, whose support allows us to fund projects like these and raise awareness of environmental issues. Thanks to your efforts and participation, we can continue our mission to protect nature and foster environmental awareness among young people.

We invite everyone to join our movement. By supporting the new projects of the Revival of Nature Charitable Foundation, you are making a tangible contribution to the preservation of Russia's natural heritage. Your active participation, assistance, and support help preserve ecosystems and increase the populations of rare animal species.

Be part of a great cause! Together, we will preserve nature for our children and grandchildren.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

.

Translation. Region: Russian Federal

Source: Save Nature Foundation

An important disclaimer is at the bottom of this article.

We share important news with you!

The Arctic Dossier "National Report on the Russian Federation's Contribution to the Restoration of Arctic Ecosystems" was recently published as part of the UN Decade on Ecosystem Restoration.

The non-profit sector makes a significant contribution to environmental protection activities in the region.

The Dossier notes the active participation of the Revival of Nature Charitable Foundation in the restoration of the Arctic ecosystem, specifically its long-term collaboration with the Beringia National Park to implement a large-scale project to preserve and study marine ecosystems, monitor cetacean populations, and study their food supply.

On behalf of the Revival of Nature Charitable Foundation, we thank the Civic Chamber of the Russian Federation and the National Committee of the UN Decade on Ecosystem Restoration 2021-2020 for their high recognition of our efforts, as reflected in this document! We are sincerely grateful to everyone who supports our work with their passion, assistance, and participation. Thanks to your donations, we can continue important environmental initiatives aimed at preserving the unique natural environment of the Arctic region and other protected areas of our country.

Together we can do more!

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

.

Translation. Region: Russian Federal

Source: Save Nature Foundation

An important disclaimer is at the bottom of this article.

Beringia National Park staff, with the support of the Revival of Nature Charitable Foundation, have made significant progress in studying cetaceans in the Senyavin Strait. This was made possible by the Foundation's long-standing collaboration with the national park. Their combined efforts were aimed at organizing scientific research and preserving the biodiversity of Chukotka's unique ecosystems. Beringia National Park specialists conducted extensive research into the behavior and habitat of local cetacean species, including gray whales. Thanks to financial assistance from the Revival of Nature Charitable Foundation, modern equipment necessary for field observations and the collection of unique data was purchased. A special recreation and scientific observation center (the "House of Science") was also built, equipped with laboratories and living quarters for scientists. As part of these projects, Beringia National Park received a motorboat for patrolling the waters, cameras with powerful optical systems for high-quality footage of animals from afar, waterproof storage cases for equipment, professional wetsuits for scuba diving, and drones for photo and video recording of hard-to-reach coastal areas. All these measures have significantly expanded knowledge about the state of cetacean populations and allowed the development of effective strategies for their conservation and protection. And here are the visible results of this joint work.

Recently, during a new field season, researchers at Beringia National Park were able to document for the first time a truly unique feeding habit of gray whales using modern aerial filming technology. Until now, scientists knew that gray whales are experts at filtering small bottom-dwelling organisms, but the precise mechanisms of this process remained unknown. Now, thanks to drone footage, specialists have obtained visual evidence of the unusual feeding habits of these majestic creatures.

The gray whale is the only baleen whale that actively feeds directly on the seafloor. While hunting, the animal performs a series of sequential actions: it slowly descends to the bottom, carefully lying on its right side. This behavior is due to the whale's unique anatomy—like humans, many are right-handed. The giant then performs a sharp head-first maneuver, opening its massive lower jaw wide and extending its long, muscular tongue. The tongue acts as a pump, helping to capture vast volumes of soft sediment along with the small invertebrates that live there. After filling its mouth with sand and sediment, the whale rapidly ascends, simultaneously rotating counterclockwise. This rapid rotation creates a powerful vortex that effectively separates solid particles of sand and mud from food sources, leaving the food in the animal's mouth. Having finished cleaning its mouth, the whale again submerges, leaving behind a trail of turbid yellowish-brown sediment. These tracks remain visible for a long time after the animal has left, allowing researchers to track the locations of the whale's recent meals.

Gray whales have adapted to a specific feeding pattern—extracting food directly from the seabed. Their diet consists primarily of small crustaceans called amphipods, as well as other bottom-dwelling creatures such as mysid shrimp, marine worms and mollusks, crab larvae, and herring eggs. To extract the necessary food, whales use 130-180 specialized baleen plates on each side of their upper jaw, which act as a kind of sieve.

Gray whales frequently appear in shallow waters near shorelines due to the presence of abundant nutrient reserves concentrated near coastal areas. This feature attracts these enormous marine mammals to areas where favorable conditions exist for the rapid growth and reproduction of a variety of invertebrates, which serve as their primary food source. Shallow waters provide an ideal habitat for gray whales, allowing them to combine rest and feeding. They provide a comfortable depth, facilitating movement and access to food resources, and allow the animals to rest and recuperate in calm conditions. Furthermore, the water is warmer and clearer, improving visibility and facilitating prey hunting. Thus, the presence of abundant nutrient resources close to shore becomes a key factor in determining the habitat selection of these unique marine inhabitants.

This discovery about gray whale behavior underscores the importance of collaboration and the combined efforts of science and compassionate individuals. Only by joining forces can researchers, ecologists, and charities achieve significant results that go far beyond the capabilities of any individual participant. Such discoveries enrich our knowledge of rare species and open new perspectives for developing effective conservation measures not only for populations but for entire ecosystems. Understanding the specific feeding habits and habitats of these large mammals allows scientists to more accurately assess the threats they face and develop effective strategies for protecting and restoring species. After all, every new discovery brings us closer to our ultimate goal—preserving planet Earth's unique natural heritage for future generations.

Please note: This information is raw content obtained directly from the source. It represents an accurate account of the source's assertions and does not necessarily reflect the position of MIL-OSI or its clients.

.