100 Year Disasters Effects of Climate Change Nibiru Event

Michio Kaku – Rash of 100 Year Disasters Effects of Climate Change: Protecting Your Home and Family

JA note: 1980 was mentione as an increase of disaster events. In our study on Prophecy and Nibiru, we learned that Nibiru started in 1980 and has been getting stronger with events from symptoms like Pestilence, quakes, and other events from a Biblical perspective. Added also to this list is weather warfare from the USA against its own citizens and other countries.

Amber William ;DISASTER; crippling ice storms, devastating droughts, Torrential hurricanes

Torrential hurricanes, devastating droughts, crippling ice storms, and raging heat waves—all are extreme weather phenomena that can claim lives and cause untold damage. Climate change influences severe weather by causing longer droughts and higher temperatures in some regions and more intense deluges in others, say climate experts. Among the most vulnerable are communities in exposed mountain and coastal regions. In those settings worldwide, citizens are adjusting to new weather realities by strengthening warning, shelter, and protection systems.

CATASTROPHES ON THE RISE

Meteorological records show a rise in weather-related disasters since 1980. Climate change affects some weather, but experts caution against blaming it for every extreme event.

How will climate change effect us, there are many factors that will be affected by climate change including rising sea levels, drought and loss of agricultural land.

Increasing temperatures caused by climate change will make the water of the oceans expand; ice melting in the Antarctic and Greenland will also contribute to the sea level. Sea levels could rise by as much as 25 to 50 cm, by 2100. Greater sea levels will threaten the low-lying coastal areas such as the Netherlands and Bangladesh, millions of areas of land will be at danger from flooding; causing people to leave their homes. Low lying areas in cities will be hugely affected by the rising sea.

Changes in weather will affect many crops grown around world. Crops such as wheat and rice grow well in high temperatures, while plants such as maize and sugarcane prefer cooler climates. Changes in rainfall patterns will also affect how well plants and crops grow. The effect of a change in the weather on plant growth may lead to some countries not having enough food. Brazil, parts of Africa, south-east Asia and China will be affected the most and many people could be affected by hunger.

All across the world, there is a big demand for water and in many regions, such as the central and eastern Africa there is not enough water for the people. Changes in the climate will change the weather patterns and will bring more rain in some countries, but others will have less rain, generally dry areas will become drier and wet areas could become wetter.

As climate change takes place, our daily weather and normal temperatures will
change, the homes of plants and animals will be affected all over the world. Polar bears and seals are a good example of animals that will be affected by climate change, they will have to find new land for hunting and living, if the ice in the Arctic melts, but the fact is more real that these species could become extinct.

Climate changes will affect everyone, but some populations will be at greater risk. Countries whose coastal regions have a large population, such as Egypt and China, may have to move whole populations inland to avoid flooding. The effect on people will depend on how well we can adapt to the changes and how much we can do to reduce climate change in the world.

RISING SEAS, RISING CONCERNS

Climate change may not cause a particular storm, but rising sea levels can worsen its impact. In 2012 a nine-foot storm surge from Hurricane Sandy hit New York City at high tide, making the water 14 feet higher than normal at the tip of Manhattan. Flooding destroyed neighborhoods and beaches in outer boroughs. The sea level in this area is rising by more than an inch each decade—twice as fast as the global average—and is predicted to rise 11 to 21 inches by 2050. To prepare, the city is implementing coastal resiliency measures: A multiuse project will create more green spaces for city residents as well as a system of floodwalls, berms, and retractable barriers for enhanced storm protection.

SURVIVING STORMS

A fierce cyclone hits Bangladesh about every three years. In 1991 Cyclone Marian killed 140,000. In 2007 Cyclone Sidr flattened 565,000 homes, but a warning system and fortified shelters helped limit deaths to 3,500. Today restoring coastal mangroves and hillside forests aims to stave off surging seas, landslides, and floods during future storms.

SUCCUMBING TO HEAT

The global average temperature in May 2018 was the highest on record. In 2015, India some 2,200 people perished during a ten-day heat wave when reported highs hit 113°F (45°C). To cope, the city of Ahmadabad offered potable water and cooling centers in high-risk areas and trained health aides to treat heat-related illness.

People and communities have many options for adapting to climate change. They can install air conditioning, or change the urban environment – for example, by planting trees to cool city streets. They may improve readiness at health care facilities, or modify public health strategies – for example, by raising public awareness of risks associated with extreme weather.
As regions adapt, one might suspect that hot places like Miami deal well with heat but struggle with cold, while cold places like Fargo, North Dakota, are ready for deep freezes but less prepared for heat waves. This is exactly the pattern we found when we separately analyzed the hottest, middle, and coldest thirds of all U.S. ZIP codes.

In hot places like Miami, cold days have a very large impact on mortality, while the impact of hot days is smaller. In contrast, hot days in Fargo have a very large impact on mortality, but an additional cold day has little effect. In fact, the effect of the hottest days (90 degrees or higher) in the coldest places is about two to three times larger than the effect of the coldest days (less than 20 degrees) in the hottest places.

“If we continue to emit these warming greenhouse gases into the atmosphere, then the heat waves will become more frequent and more intense, [along with] droughts, wildfires and floods,” he continues. “We are seeing a taste of what’s in store and there’s no question in my mind that, in the unprecedented extreme weather that we’ve seen over the past year, we can see the fingerprint of human influence on our climate.”

Scientists have long predicted the type of events that occurred in 2017. A warming Earth and warming oceans would supply more energy to intensify hurricanes and killer storms; more moisture in the atmosphere would increase the amount of heavy rainfall leading to Harvey- and Irma-like floods; and, while it seems paradoxical, as the rainfall events become more intense, they would be fewer and farther between, creating more widespread drought.

“The impacts of climate change are no longer subtle,” Mann says. “We are seeing them play out now in the form of these unprecedented events.”

So, even while EPA Administrator Scott Pruitt personally oversees the scrubbing of the term “climate change” from federal government websites, states, cities, towns and municipalities are planning for climate change’s costs and consequences. And taxpayers are paying the tab: $306 billion in 2017 alone — and that number is expected to increase.

“If you talk to the leading economists who study climate change mitigation, they will tell you that the cost of inaction is already far greater than the cost of action — which is to say, doing something about the problem, imposing a price on carbon emissions, is a much cheaper option than the option of not doing anything and experiencing more of these devastating $300 billion or greater annual tolls from climate change,” Mann says.

The Trump administration’s actions, through the EPA and the Departments of the Interior and Energy, increase the risk of incurring even higher costs, in lives and money, from the effects of extreme weather, Mann believes.

“Right now, here in the United States, we don’t have the support at the executive level that we’d like to see for climate action,” Mann says. “The risks are clear. They’re not subtle anymore. We’re seeing them play out. [The] extreme weather and climate-related damage this last year … had the fingerprint of human impact on climate. It doesn’t stop there. If we continue not to act, then the damages accrue.”

“Pretty soon, we commit to the melting of much of the Greenland ice sheet and the West Antarctic Ice Sheet,” he continues, “and sea level rise, that thus far had been limited to less than a foot, starts to become measured in feet and then pretty soon in meters and yards.”

No matter where your home is located, there will always be the threat of some kind of natural disaster. You won’t always be able to predict when they will occur, but you can take steps to protect your home, and in turn, your family. The following guide will provide advice and resources on securing your house against damage from these acts of nature, as well as considerations to keep in mind for special audiences like children, seniors and people with disabilities.