Climate change articles
Climate change articles
Climate change articles, Extreme heatwaves, prolonged fires, droughts, and floods -
the effects of a hot planet are all around us. And as global temperatures rise,
we will experience even more changes on our planet.
New NASA research shows that with more greenhouse gas
emissions. We will see a decline in global corn production in early 2030.
Change in the pattern of rain. Where high temperatures and
rising carbon levels in the atmosphere affect. And how many important crops like
maize, soybean, wheat, and rice can be grown.
Using a number of highly accurate supercomputer models, the
researchers estimated future global conditions based on greenhouse gas
emissions. They used the results for models that respond to changes in crops
such as rainfall, temperature, and carbon dioxide in the atmosphere. Using
multiple computer models, teams can compare.
Rely more on the results and what they have learned. Overall,
corn and wheat showed clear results. By 2069-2099, global corn crop production
could decline by 24%.
Maize is grown in large quantities around the world, in
countries near the equator. Rising temperatures in the region will put pressure
on plants, which will reduce crop yields.
Wheat, on the other hand, grows mostly in temperate areas.
Such as North America and Canada, the plains of northern China. Central Asia,
South Australia, Europe, and Russia. In warmer global temperatures and higher
environments, carbon dioxide can increase wheat crop yields by up to 17%.
However, this increase is likely to be lower by 2050 or less.
Our global agriculture is likely to change relatively soon.
Even in situations where we significantly reduce greenhouse
gas emissions. As far as we understand what our global food system is like.
Will turn into a warmer climate, we can be better prepared.
Climate change Articles Wangari Mathai played an important role in changing
the environment and creating awareness for it. This woman intended to change
the condition of the people of her country with her ideology and thought.
His struggle has
profoundly affected the world. She is the first black African woman to be
awarded the Nobel Prize for her tireless work in the fields of democracy.
The early life of Wangari Mathai: -
Wangari Mathai was born on April 1, 1940, in Kenya. His father
worked on a white farm. Wangari was sent to a Catholic boarding school when he
was 11 years old. Where he began his early education.
Struggle for
independence from the British government. It was going on at the time, so the
teenage girl saw a lot during that time. She was safe during fights, clashes, and riots because she was in boarding school.
She was very talented. His academic career was very good. In
1960, he was offered a scholarship and the opportunity to travel to the United
States. Where he earned a master's degree in biology. He chose biology as his
favorite subject in his academic career. She returned home in 1969 after
completing her doctorate.
She was the first
black woman in East Africa to make a name for herself across Africa with her
Ph.D.
When Wangari reached the destination of Mathai consciousness.
He saw poverty, misery, and hunger in his people. He felt that hunger and
malnutrition were causing many problems. And the majority were deprived of the
basic necessities and comforts of life.
When people's
stomachs are not full. How will they be able to focus on the problems of the
political system? And serious environmental or awareness issues. And awareness
in this regard? Kenya was on the brink of disaster due to drought and natural
disasters. So in 1970 he founded the Green Belt Foundation for the Protection
of the Environment and began to transform the country.
Because of his excellent academic record and qualifications.
He was promoted to a senior position at the University of Nairobi. Where she
campaigned for women's rights and established herself. She was also influenced
by various women's movements.
Launch of struggle against environmental pollution: -
Rising environmental
pollution and its devastating effects (droughts and earthquakes) in Kenya in
the mid-1970s have caused it concern. He believed that many social and economic
problems of the country could be solved by controlling environmental
pollution. Meanwhile, her parents married her.
When her husband
became a successful member of parliament in the political arena. in 1974, she
decided to change the condition of the people with the help of her husband. and
to fulfill the political promises of her spouse. And come on the field yourself.
For the first time during this period, they launched a tree-planting campaign
to reduce environmental pollution, but financial difficulties prevented them
from doing so.
However, their efforts
were not in vain. And when he had the opportunity to attend a UN conference in
1976, he raised the issue of environmental pollution and called for tree
planting. He then had the opportunity to lead a tree-planting campaign across
Kenya, which was a huge success. Following this campaign, his organization became
a powerful and effective voice for environmental protection throughout Africa.
In the early 1980s, she was elected chairperson of the
National Council of Women's Kenya. And held this position until 1987. Under his
leadership, the council has worked hard on environmental issues. At the same
time, they strive for the betterment of the people and the solution to the
problems of the Kenyan people. The woman's fame spread throughout Africa.
"I don't know why I care so much about everyone. There's someone inside me
who tells me there's a problem and I'm trying to solve it."
In 1990 and 1992, he appeared to be interested in the
political situation in Kenya. He also protested against the policies and
strategies of the government. And be active in promoting true democracy in the
country. On this front, they also faced many difficulties and problems. He went
on a hunger strike and protested against every wrong decision and wrong deed.
She was always ready to solve the basic problems of the
people and the country, so the whole of Africa knew her. And he had the full
support of the people. In 2002, he ran as a party candidate. And the following
year, in 2003, it was promoted to the most important position in terms of
natural resources and environmental pollution. In 2004, he was awarded the
Nobel Peace Prize for his support of democracy against dictatorship and for his
practical efforts.
This courageous woman, who stood firm on every front and
fearlessly raised her voice for her rights, passed away on September 25, 2011, after suffering from an incurable disease like cancer. His death marked the
completion of a chapter of commitment in Kenya.
We’re already feeling the effects of
climate change. Intense heatwaves, longer fire seasons, droughts, and floods –
the impacts of a warmer planet are all around us. And as global temperatures continue to rise, we’ll experience even more changes to our
planet.
New NASA research suggests that,
with high greenhouse gas emissions,
we’ll see declines in global crop
yields for maize, corn, as early as 2030.
Shifting rainfall patterns, higher
temperatures, and increased atmospheric carbon levels are likely to
affect where, and how much, staple crops like corn, soybeans, wheat, and
rice can be grown.
Using multiple highly accurate supercomputer
models, researchers projected future global conditions based on greenhouse gas
emissions. They ran those results through models that simulate how crops respond
to changes in things like rainfall, temperatures, and atmospheric carbon
dioxide. By using multiple computer models, the teams could compare
results and be more confident in
what they learned Overall corn, and wheat showed the clearest results. By
2069-2099, global corn crop yields could decrease 24%. Corn is grown around the
world, with large quantities grown in countries close to the equator. Rising
temperatures in this region will put stress on those plants, leading to lower
crop yields.
Wheat, on the other hand, grows
mostly in more temperate regions, like the Northern U.S and Canada, North China
Plains, Central Asia, Southern Australia, Europe, and Russia. Warmer global
temperatures and higher atmospheric carbon dioxide could increase wheat crop
yields up to 17%. However, these increases will likely level off by 2050 or so.
Changes to our global agriculture
are likely to happen relatively soon,
even in scenarios where we
significantly lower greenhouse gas emissions. The more we understand how
our global food systems
will change in a warmer climate, the
better prepared we can be.
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Black people of the past and present
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