Climate Security

Climate Commission Zones

Canada Basin Makarov Basin Cylinder-1 Formation Amundsen Basin Nansen Basin

Antarctic Peninsula Lake Vostok Basin Queen Alexandra Range Cape Adare

Land-based Networks Sea-based Networks Space-based Networks

RKS Live

Vehemently, we are delighted to deliver our Climate Control Bulletin each quarter which features new developments on the Sea Level Space Technique. Entirely, climate control is vital for improving the quality of life on Earth. Hence, our quarterly bulletin highlights our most recent techniques used to establish climate control. Currently, we are busy reversing the psychological damage associated with decades of global warming stemming from the industrial revolutions of the West. Visibly, global warming has gripped many parts of our society with borderline personality disorders, dissociative identity disorders among many other signs of stress. Moreover, political tensions continue to flair over mishandling of our natural resources. However, our world continues to subside the long-term fears from global warming with evidence of climate control.

Increasingly, climate control integrates into the fabric of our society with newer news on our developing sea-level space technique. Furthermore, it is critical that heads of states and other government agencies remain informed of varying threats to the environment. Additionally, the ability to deliver this vital information to the public accelerates our effort in building a global response system to global warming with our sea-level space technique. H2CO+3

Strategically, we are focused on developing an advanced 3-Dimensional outer space navigation grid on the Rokot space launch system for military research and deep space navigation. Publicly, on February 8, 2018, Russia and China agreed to unite in deep outer space exploration for peaceful purposes to accelerate the integration of military research. Progessively, both Glonass and BeiDou Nagivational Systems are expanding the capabilities of the 3-D Rokot system which incorporates the sea-level space technique from a constellation for climate control. Moreover, there are several macro-economic, socio-economic, and environmental opportunities that allows the Eastern Alliance to provide integrated social services in not only the fight against international terrorism, but also in support for global climate control.

Geographically, the South China Sea is the biggest open waters connecting the Indian and South Pacific Oceans while leading way to Antarctica. Importantly, observance of the Maritime Code of Conduct in the South China Sea is a major frontline for intervention with global warming. Meanwhile, the use of global climate control rings help enforce maritime codes of conduct for the South China Sea as new threats to the environment are identified. Critically, the Eastern Alliance is building a 3-core digital network to deliver state-of-the-art security services to troubled areas. Let's take a closer look.

Expansively, we are able to demonstrate next-generation climate control security as environment protection lead our priorities. Therefore, climate control security and bio-diversification of natural resources remain key principles within expanding Sino-Russian relations. Moreover, the Eastern Alliance is driving global security from the Pacific Rim of Nations to achieve climate control. Accordingly, integration of the Rokot space system expands the sea-level space technique to stabilize against various macro and socio-economic epidemics which impact our society.

Fiercly, the Eastern Alliance demonstrates its global leadership in climate control security with each rising day as the sea-level space technique leads climate research for global development. Entirely, our planet is able to "appraise its shores" for both natural and human resources in the world of plenty. Hence, we must remain vigilant with environmental planning for global development. Likewise, it is critical to develop a deeper degree of knowledge of crashing unidentified objects in outer space which may penetrate our atmosphere. Simultaneously, we must continue to explore the greater impact of solar winds which bestow light in the universe. Frankly, solar winds and deadly wildfires have driven the state of California into a state of denudation which illuminate military neglect. Hence, decades of insufficient environmental planning on the US West Coast and Pacific West is reaching a grave climax as the Mojave Desert weathers the aging environment. Noticibly, Fort Irwin, CA is the epicenter for US environmental neglect by the military in the state of California.

Importantly, the sea-level space technique utilizes its five (5) regional climate control rings to track activities associated with global warming. Meanwhile, it is vital to expand our 3-core digital network with information on the Earth's biogeochemical cycles which improves the effectiveness of our military research. Collectively, all living organisms on Earth depend on the carbon, nitrogen, oxygen, phosphorus and sulfur cycles which forms the base of our eco-system. Directly, vital environmental statistics are collected and distributed on our cloud from various environmental situations which are deemed a threat to our well being. Accordingly, preservation of the Earth's natural resources include in-depth knowledge of biogeochemical cycles evident from the Rokot, Glonass and BeiDou space systems.

Precisely, both Glonass and BeiDou navigation systems feature state-of-the art security features to ensure its reliability for centuries. Respectively, the Rokot space system bridges a 3-core network to expand communication and security with the sea-level space technique. Economically, deep space navigation for military research demands a vast knowledge of telecommunication skills, whereas the employment of these skills generate economic activity. Smoothly, the open waters connecting the Indian and South Pacific Oceans are linked to our powerful 3-core digital network for research and economic expansion. Hence, the South China Sea Code of Conduct engage with major issues associated with climate control and the sea-level space technique. Also, the South China Sea Code of Conduct governs critical sea passages which can pose a risk to economic and human activity.

Substantially, Russia has accelerated with integrating climate control into international law which is evident from the ratification of the amendment to the Montreal Protocol on Substances that Deplete the Ozone Layer. Specifically, the amendment regulates the consumption of hydrofluorocarbons (HFCs) for the UN Framework Convention on Climate Change, the Kyoto Protocol and the Paris Agreement. Instinctively, the amendment outlines special terms on a timeline to reduce the emissions of super greenhouse gases. Methodically, industrial (4.0) production standards are bound to international laws to support climate control and economic expansion.

Robustly, Russia's Deputy Prime Minister Viktoria Abramchenko indicated, "According to the scientific community, if member states deliver on their obligations regarding substances that deplete the ozone layer, by mid-century the ozone layer will have recovered to its 1980 level. Our joint efforts to implement the Montreal Protocol present a successful example of international cooperation to resolve environmental issues at a planetary scale. The emission of greenhouse gases with high global warming potential will be regulated using effective mechanisms. It is only by working together that we can succeed in limiting global warming to 1.5 to 2 degrees Celsius by 2050."

Diligently, China has outlined a diverse space program which includes the expansion of satellite communication. Globally, China's FAST telescope provides an opportunity for both military researchers and scientists to search the universe while building advanced technical infrastructure to support deep space communication. Intellectually, the advanced Five-hundred-meter Aperture Spherical Radio Telescope (FAST) is able to verify galaxy theories, the origins of stars and planets while determining the ratio of various gases in space. Ardently, China has developed a checkerboard barrier technique to eliminate desertification with a paving machine that builds straw nets around desert areas. Prudently, China's Desert Control Research Institute has extended an invitation to other nations to learn the technique.

Efficiently, China Aerospace Science and Industry Corporation Limited has demanded additional protocols for climate control which include the development of micro craft, satellite internet and networks for processing data from space monitoring. Readily, a digital production line which produces 240 satellites per year at the national aerospace industrial base in Hubei Province bolster China's space products.

Extensively, our quarterly bulletin features developing breakthroughs in new military research. We are focusing major attention on the sea-level space technique which accelerates 3-dimensional deep space navigation. Furthermore, we provide an inside look at developing technology in the aerospace industry which has a major role with identifying aerial threats around the world and from outer space. Moreover, our quarterly climate control bulletin feature issues which require special attention. Significantly, macro-economic and environmental planning is taking place along the New Silk Belt & Road among other geographical regions. Freely, learn more about our sea-level space technique which has taken the global lead on climate control with our quarterly bulletin.