UN Ordered Depopulation of 3 Billion People by Food Malnutrition Has Started

UN Ordered Depopulation of 3 Billion People by Food Malnutrition Has Started

EVERYONE NEEDS TO READ THIS! The UN is the Third Reich – Nazi’s with a world program to starve everyone to death with nutritionless food full of poisons!

Classified UN documents reveal that 1 billion people will be killed by starvation as UN trade agreements and WHO health moratoriums will forbid any country from selling and exporting any food to targeted regions for depopulation. Starvation of 3 billion people has already begun as the United States has been using its weapon of mass destruction called HAARP to control, alter and intensify the weather of the targeted nations. This past summer HAARP was used to create a heat wave in Russia, resulting in the near complete destruction of its crops. Also this past summer the US used HAARP to cause the massive flooding in China and Pakistan – an attempt to wipe out the crops of China and Pakistan resulting in the mass starvation of their populations. 2 billion more will be murdered by diseases and illnesses associated with malnutrition from crop destruction, pasteurization and irradiation.

Via : pdf.usaid.gov

• 1. World population growth since World War 11 is quantitatively and qualitatively
  different from any previous epoch in human history. The rapid reduction in death rates, unmatched by corresponding birth rate reductions, has brought total growth rates close to 2 percent a year, compared with about 1 percent before World War II, under 0.5 percent in 1750-1900, and far lower rates before 1750. The effect is to double the world’s population in 35 years instead of 100 years. Almost 80 million are now being added each year, compared with 10 million in 1900.
  2. The second new feature of population trends is the sharp differentiation between rich and poor countries. Since 1950, population in the former group has been growing at O to 1.5 percent per year, and in the latter at 2.0 to 3.5 percent (doubling in 20 to 35 years). Some of the highest rates of increase are in areas already densely populated and with a weak resource base.
  3. Because of the momentum of population dynamics, reductions in birth rates affect total numbers only slowly. High birth rates in the recent past have resulted in a high proportion m the youngest age groups, so that there will continue to be substantial population increases over many years even if a two-child family should become the norm in the future. Policies to reduce fertility will have their main effects on total numbers only after several decades. However, if future numbers are to be kept within reasonable bounds, it is urgent that measures to reduce fertility be started and made effective in the 1970’s and 1980’s. Moreover, programs started now to reduce birth rates will have short run advantages for developing countries in lowered demands on food, health and educational and other services and in enlarged capacity to contribute to productive investments, thus accelerating development.
  4. U.N. estimates use the 3.6 billion population of 1970 as a base (there are nearly 4 billion now) and project from about 6 billion to 8 billion people for the year 2000 with the U.S. medium estimate at 6.4 billion. The U.S. medium projections show a world population of 12 billion by 2075 which implies a five-fold increase in south and southeast Asia and in Latin American and a seven-fold increase in Africa, compared with a doubling in east Asia and a 40% increase in the presently developed countries (see Table I). Most demographers, including the U.N. and the U.S. Population Council, regard the range of 10 to 13 billion as the most likely level for world population stability, even with intensive efforts at fertility control. (These figures assume, that sufficient food could be produced and distributed to avoid limitation through famines.)

Adequacy of World Food Supplies

• 5. Growing populations will have a serious impact on the need for food especially in the poorest, fastest growing LDCs. While under normal weather conditions and assuming food production growth in line with recent trends, total world agricultural production could expand faster than population, there will nevertheless be serious problems in food distribution and financing, making shortages, even at today’s poor nutrition levels, probable in many of the larger more populous LDC regions. Even today 10 to 20 million people die each year due, directly or indirectly, to malnutrition. Even more serious is the consequence of major crop failures which are likely to occur from time to time.
  6. The most serious consequence for the short and middle term is the possibility of massive famines in certain parts of the world, especially the poorest regions. World needs for food rise by 2-1/2 percent or more per year (making a modest allowance for improved diets and nutrition) at a time when readily available fertilizer and well-watered land is already largely being utilized. Therefore, additions to food production must come mainly from higher yields.
  Countries with large population growth cannot afford constantly growing imports, but for them to raise food output steadily by 2 to 4 percent over the next generation or two is a formidable challenge. Capital and foreign exchange requirements for intensive agriculture are heavy, and are aggravated by energy cost increases and fertilizer scarcities and price rises. The institutional, technical, and economic problems of transforming traditional agriculture are also very difficult to overcome.
  7. In addition, in some overpopulated regions, rapid population growth presses on a fragile environment in ways that threaten longer-term food production: through cultivation of marginal lands, overgrazing, desertification, deforestation, and soil erosion, with consequent destruction of land and pollution of water, rapid siltation of reservoirs, and impairment of inland and coastal fisheries.
  Mineral and Fuel
  8. Rapid population growth is not in itself a major factor in pressure on depletable resources (fossil fuels and other minerals), since demand for them depends more on levels of industrial output than on numbers of people. On the other hand, the world is increasingly dependent on mineral supplies from developing countries, and if rapid population frustrates their prospects for economic development and social progress, the resulting instability may undermine the conditions for expanded output and sustained flows of such resources.
  9. There will be serious problems for some of the poorest LDCs with rapid population growth. They will increasingly find it difficult to pay for needed raw materials and energy.
  Fertilizer, vital for their own agricultural production, will be difficult to obtain for the next few years. Imports for fuel and other materials will cause grave problems which could impinge on the U.S., both through the need to supply greater financial support and in LDC efforts to obtain better terms of trade through higher prices for exports.

What happens if we lose power indefinitely — foods that require freezing or refrigeration for long term storage are going to go bad. Emergency food storage in advance will be the only way to feed yourself and your family.

Economic Development and Population Growth

• 10. Rapid population growth creates a severe drag on rates of economic development
  otherwise attainable, sometimes to the point of preventing any increase in per capita incomes. In addition to the overall impact on per capita incomes, rapid population growth seriously affects a vast range of other aspects of the quality of life important to social and economic progress in the LDCs.
  11. Adverse economic factors which generally result from rapid population growth include:
  — reduced family savings and domestic investment;
  — increased need for large amounts of foreign exchange for food imports;
  — intensification of severe unemployment and underemployment;
  — the need for large expenditures for services such as dependency support,
  education, and health which would be used for more productive investment;
  — the concentration of developmental resources on increasing food production
  to ensure survival for a larger population, rather than on improving living
  conditions for smaller total numbers.
  12. While GNP increased per annum at an average rate of 5 percent in LDCs over the last decade, the population increase of 2.5 percent reduced the average annual per capita growth rate to only 2.5 percent. In many heavily populated areas this rate was 2 percent or less. In the LDCs hardest hit by the oil crisis, with an aggregate population of 800 million, GNP increases may be reduced to less than 1 percent per capita per year for the remainder of the 1970’s. For the poorest half of the populations of these countries, with average incomes of less than $100, the prospect is for no growth or retrogression for this period.
  13. If significant progress can be made in slowing population growth, the positive impact
  on growth of GNP and per capita income will be significant. Moreover, economic and social progress will probably contribute further to the decline in fertility rates.
  14. High birth rates appear to stem primarily from:
  a. inadequate information about and availability of means of fertility control;
  b. inadequate motivation for reduced numbers of children combined with motivation
  for many children resulting from still high infant and child mortality and need for
  support in old age; and
  c. the slowness of change in family preferences in response to changes in
  environment.

Artificial Weather

The essential ingredient of the weather-modification system is the set of intervention techniques used to modify the weather. The number of specific intervention methodologies is limited only by the imagination, but with few exceptions they involve infusing either energy or chemicals into the meteorological process in the right way, at the right place and time. The intervention could be designed to modify the weather in a number of ways, such as influencing clouds and precipitation, storm intensity, climate, space, or fog.

While most weather-modification efforts rely on the existence of certain preexisting conditions, it may be possible to produce some weather effects artificially, regardless of preexisting conditions. For instance, virtual weather could be created by influencing the weather information received by an end user.

Their perception of parameter values or images from global or local meteorological information systems would differ from reality. This difference in perception would lead the end user to make degraded operational decisions.
Nanotechnology also offers possibilities for creating simulated weather. A cloud, or several clouds, of microscopic computer particles, all communicating with each other and with a larger control system could provide tremendous capability. Interconnected, atmospherically buoyant, and having navigation capability in three dimensions, such clouds could be designed to have a wide-range of properties. They might exclusively block optical sensors or could adjust to become impermeable to other surveillance methods. They could also provide an atmospheric electrical potential difference, which otherwise might not exist, to achieve precisely aimed and timed lightning strikes. Even if power levels achieved were insufficient to be an effective strike weapon, the potential for psychological operations in many situations could be fantastic.
One major advantage of using simulated weather to achieve a desired effect is that unlike other approaches, it makes what are otherwise the results of deliberate actions appear to be the consequences of natural weather phenomena. In addition, it is potentially relatively inexpensive to do. According to J. Storrs Hall, a scientist at Rutgers University conducting research on nanotechnology, production costs of these nanoparticles could be about the same price per pound as potatoes.34 This of course discounts research and development costs, which will be primarily borne by the private sector and be considered a sunk cost by 2025 and probably earlier.

Political Effects of Population Factors

The political consequences of current population factors in the LDCs – rapid growth, internal migration, high percentages of young people, slow improvement in living standards, urban concentrations, and pressures for foreign migration ── are damaging to the internal stability and international relations of countries in whose advancement the U.S. is interested, thus creating political or even national security problems for the U.S. In a broader sense, there is a major risk of severe damage to world economic, political, and ecological systems and, as these systems begin to fail, to our humanitarian values.
The pace of internal migration from countryside to over swollen cities is greatly
intensified by rapid population growth. Enormous burdens are placed on LDC governments for public administration, sanitation, education, police, and other services, and urban slum dwellers (though apparently not recent migrants) may serve as a volatile, violent force which threatens political stability.
Adverse socio-economic conditions generated by these and related factors may
contribute to high and increasing levels of child abandonment, juvenile delinquency, chronic and growing underemployment and unemployment, petty thievery, organized brigandry, food riots, separatist movements, communal massacres, revolutionary actions and counter-revolutionary coupe. Such conditions also detract form the environment needed to attract the foreign capital vital to increasing levels of economic growth in these areas. If these conditions result in expropriation of foreign interests, such action, from an economic viewpoint, is not in the best interests of either the investing country or the host government.
In international relations, population factors are crucial in, and often determinants of, violent conflicts in developing areas. Conflicts that are regarded in primarily political terms often have demographic roots. Recognition of these relationships appears crucial to any understanding or prevention of such hostilities.

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General Goals and Requirements for Dealing With Rapid Population Growth
The central question for world population policy in the year 1974, is whether mankind is to remain on a track toward an ultimate population of 12 to 15 billion — implying a five to seven-fold increase in almost all the underdeveloped world outside of China — or whether (despite the momentum of population growth) it can be switched over to the course of earliest feasible population stability — implying ultimate totals of 8 to 9 billions and not more than a three or four-fold increase in any major region.
What are the stakes? We do not know whether technological developments will make it possible to feed over 8 much less 12 billion people in the 21st century. We cannot be entirely certain that climatic changes in the coming decade will not create great difficulties in feeding a growing population, especially people in the LDCs who live under increasingly marginal and more vulnerable conditions. There exists at least the possibility that present developments point toward Malthusian conditions for many regions of the world.
But even if survival for these much larger numbers is possible, it will in all likelihood be bare survival, with all efforts going in the good years to provide minimum nutrition and utter dependence in the bad years on emergency rescue efforts from the less populated and richer countries of the world. In the shorter run — between now and the year 2000 — the difference between the two courses can be some perceptible material gain in the crowded poor regions, and some improvement in the relative distribution of intra- country per capita income between rich and poor, as against permanent poverty and the widening of income gaps. A much more vigorous effort to slow population growth can also mean a very great difference between enormous tragedies of malnutrition and starvation as against only serious chronic conditions.

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