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Renewable Energy Capacity
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Water stress

OBSERVATIONS

The graph shows water stress in blue (greater water stress = lighter blue, lower water stress = darker blue), and in orange, the installed renewable energy capacity. There are currently 1.7 billion people living in a situation of water scarcity. And, in addition, in 2019, the world's total renewable energy capacity reached the 2,533 gigawatt mark, accounting for 34.6% of total global energy capacity. Thus, it is possible to observe that a good part of the countries that deal with the lack of drinking water for the population are those that have greater availability of renewable energy.

Brazil faces a serious water crisis, which is caused by the extension of the dry period, reduction in the rainfall regime and low river flow, causing the main hydroelectric plants in the country to suffer and reach low or even critical levels, and this affects energy production in the country, as to supply its main source of energy it is necessary to resort to other more expensive alternatives, such as geothermal energy, which determines the values of the electricity bills.
In addition to the exponential growth of agribusiness in Brazil, it is estimated that annually 4.5 million hectares of forests are illegally felled for the expansion of this sector. In addition, currently, according to FAO, agricultural consumption corresponds to 72% of the total energy used in the country and 60% of all water used in irrigation is wasted.
In the next 20 years, water consumption alone will increase by 30%. There will be a need to produce 50% more food, and the energy supply will have to grow 45%. Economies are wavering. Inequality is growing. And global temperatures continue to rise.
And fresh, potable water, as it is a limited resource, with increasing pollution and growth in the primary sector, this resource is fading away, causing its access to be increasingly unequal and the poorest population being harmed by the lack of potable water.
Although a part of Brazil is still not directly dealing with climate collapse, indigenous peoples in Alto Solimões do not have access to safe drinking water while in northeastern Pará, indigenous people suffer from excessive rainfall, and, in semi-arid Bahia, drought made it impossible to harvest corn this year. In Pancararé territory, for example, no ear was harvested. These difficulties are not entirely new. But the intensity and frequency of these events have been extreme with greenhouse gas emissions.
The understanding that climate events affect different social groups in different ways and intensities coin the term climate justice. According to specialists, cases of climate injustice are related to the effects of desertification processes, rising sea levels, extreme weather events, such as heavy rains, heat waves, among others - and reveals that the most affected people and countries are those that contributed the least to climate change.
Looking at climate change in Brazil is also observing the severe changes caused in the indigenous population's diet and way of life. Once food insecurity comes into play, anxiety, worry and fear are heightened. According to the thesis "Nature Has Changed: Climate Change and Transformations in the Ways of Life of the Population in the Lower Rio Negro, Amazonas", riverside communities are "highly sensitive to these transformations, as seasonal hydroclimatic cycles govern their daily lives, integrate their daily lives ways of life to the environment and determine the organization of social and agricultural calendars”.
Increased by the climate crisis, the lack of food security increases mental suffering. Vanda Witoto, an indigenous leader and nursing technician, lives in the Parque das Tribos community, in Manaus, and reports on the impact of floods on the food production of indigenous peoples. “When you have this food insecurity, it's a concern for those who have children. People are distressed to see their entire vegetable garden at the bottom of the water”, she emphasizes. Several kilometers away, going up the Solimões River, the reality is different. The village where Vanda was born, located between Santo Antônio do Içá and Amaturá, has no drinking water.

IN BRAZIL

INTERPRETATIONS

The flooding of large areas for the construction of hydroelectric dams, for example, destroys local ecosystems and breaks social, cultural and nature-related dynamics of the communities that inhabit these spaces, but everything is justified in terms of “national progress”. Roads are also infrastructure works that present this challenge, as they interrupt the continuity of Nature areas and, therefore, interfere in the dynamics of spatial distribution of fauna and flora. In addition to the narrative of progress, there is also the denial of the rights of native peoples, mainly due to the non-demarcation of indigenous lands, which prevents these peoples from surviving – which Davi Kopenawa and Bruce Albert (2019) understand as a major problem for environmental preservation, since the destruction of "forest protectors" peoples means a devastation of Nature on such a large scale that it has implications not only for those peoples, but also for those who perpetrated such violence (whites).

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Water stress can be caused by the lack of water in natural terms and, mainly, by anthropic action, that is, by poor preservation and management of water resources. This scarcity occurs when the demand for water is greater than its availability, and affects the development of the region, as it impedes the development of agriculture and industrialization in areas where there is no availability of water for use. However, economic growth is also responsible for water stress, since the previous century water consumption has increased by almost 300%, this is due to industrial development, comprising 21% of water consumption, and by agribusiness, a sector that comprises the highest expenditure worldwide, approximately 67%. Therefore, the greater a country's dependence on its primary and secondary sector, the greater its use of water. And, consequently, the greater the dependence, the greater the sectors, and this means that more areas have been deforested for the benefit of agriculture or cattle raising, and more pollution is emitted due to the greater number of industries. This issue, in addition to consumption, contributes to global warming and changes in rainfall patterns, events that generate the phenomenon of desertification, which is when deserts form in arid and semiarid places due to lack of rain.

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As mentioned above, it is common for countries with developed primary and secondary sectors to have water stress, therefore, for the supply of these sectors, energy production is necessary, which, often, when it does not come from burning coal, it comes from renewable sources that have a higher production cost, such as hydroelectric plants, so they are generally restricted to countries with greater circulation of capital. The United States, Brazil and China, three countries with high water stress, have the largest hydroelectric plants in the world, which cover a good part of their energy costs. However, with the reduction in the rainfall regime, the extension of the dry period, and changes in the climate caused by the greenhouse effect, the reservoirs suffer from emptying, reducing the energy supply capacity for the population, which increases the cost of energy. energy and in the search for other alternatives to make up for the lack of hydroelectric plants, such as geothermal energy, which has a high cost, and energy from fossil fuels.

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©2021 por Injustice Things

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