View allAll Photos Tagged distributed,
November 8, 2017
Monareliefye.org has distributed today 200 school bags to orphan and IDPs students in al-Mutnabi and al-Manar schools in Wadi Ahmed area in the capital Sana'a.
Our project was funded by an anonymous Kuwaiti donor along with the NGO’s online fund-raising campaign.
The two schools are located at Wadi Ahmed area, the most populated area in the capital Sana'a with almost 100,000 people there. Most families are poor and they can't get their food easily. The area also full of IDPs fled from many provinces in the country due to the ongoing conflict in Yemen.
IDPs chose to live in this area because the cost of rent for houses there is a little bit low comparing to houses in other areas in Sana'a.
Mona Relief's ground crew decided to deliver pupils there school bags due to the situation of their families who they are not able to buy them, bags, notebooks, pens or anything.
Most families there are under the poverty line and they can't provide their children daily food.
As we started distribution school bags to pupils in al-Manar and al-Mutnabi schools, we noticed that each class contains from 80-130 students comparing to the other schools in the capital Sana'a. However, the reason behind that is that there is only two schools in that area which are very close to all students living within.
The huge number of students in the Wadi Ahmed area reflects the suffer of students in each class. We have seen students keep standing all time of his studying day, some other sitting on the ground as others sitting on windows of their classes. Even if there is empty classes, there is enough chairs for all students and if there is chairs and classes, there is a lack of teachers to learn them.
Pictures here taken today by Mona Relief during school bags distribution showing you the real situation of education and students in Wadi Ahmed area in the capital Sana'a.
Facts about education in Yemen
Millions of children out of school and scores of teachers unpaid - At least two million children, nearly 27 per cent of school-age children are out of school, according to UNICEF. More than 1,690 schools are currently unfit for use due to conflict-related damage, hosting of IDPs or occupation by armed groups. About 2.3 million children need support to access education, including 1.1 million in areas that are acutely affected by conflict. Months of unpaid salaries have aggravated matters. More than 166,000 teachers have had problems receiving their salaries since October 2016 - about 73 per cent of the total number of teachers in Yemen.
Four banded longhorn beetle . Leptura quadrifasciata formerly Strangalia quadrifasciata.
Leptura quadrifasciata (Linnaeus, 1758)
A very widely distributed albeit very local species occuring throughout mainland UK north to Easter Ross (Twinn and Harding), there are several areas with many post 1970 records; the southeast below the Thames, south Wales, the east midlands around the Humber and north Yorkshire; near coastal around Withy. Stated by Uhthoff-Neufmann (1988) to becoming scarcer. Although we have not recorded the species in our Watford area its presence should not be unexpected as they were common, in some years at least, during the late 1970's and through the 1980's at Harefield place nature reserve near Uxbridge, along the Colne valley to the south of us. The adult beetles fly readily in hot sunshine and visit a range of flowers: we have seen them on various umbels and they are known to frequent angelica, bracken, brambles, hawthorn, hogweed, meadowsweet, ragwort, rubus, spiraea, thistles, valerian and woody nightshade (Uhthoff-Neufmann loc. cit.).
The species is polyphagous with larvae developing in dead or decaying wood, especially lower parts of standing trees, stumps, felled trunks and branches down to 15cm in diameter (Alexander), they inhabit wet or dry wood but dry wood is needed for pupation. Larvae bore meandering galleries in the outer sapwood in May or June (Bily and Mehl). A wide range of hosts has been recorded including alder, aspen, beech, birch (which may be the preferred host), hazel, oak, poplar, sallow, willow, elder and also various conifers eg picea and spruce. The life cycle takes two to three years and infestations often continue for several years. Adults generally occur from June to August but have been recorded as early as March.
11-20mm. Apical antennal segments, four macula on each elytron and, in the female only, anterior tibiae pale, otherwise black. Entire body and appendages clothed with short and dense pubescence; pale over elytral maacula otherwise mostly black. Head obliquely inclined to longitudinal axis of body. Vertex roughly sculptured and depressed medially, surface below antennae, including labrum, densely punctured. Eyes transverse, anterior margin with a deep, curved incision. Temples short and prominent in front of a narrow and prominent neck. Antennae longer in male; reaching to elytral apex, in female to middle of elytra. Second antennal segment short; almost quadrate, remainder elongate. Pronotum slightly transverse; campanulate with sharp, obliquely protruding hind angles. Without lateral sculpture or margins, constricted behind front margin and with a deep transverse furrow in front of bisinuate hind margins. Surface widely depressed either side of middle, with fine and dense puncturation, the pubescence may be testaceous near the basal margin. Elyta around 2.2 times longer than broad at the humerus, surface lustrous with fine puncturation. Apices obliquely truncate or incurved, with an acute tooth at external angle and another weaker tooth at sutural angle. Legs long and robust, femora not, or only weakly, clavate. Tibiae without teeth but with two well developed spurs inside at apex. First metatarsomere as lonf as others combined. Last segment of tarsi long and curved. Claws smooth and with a small basal tooth.
Typical elytral pattern is black with four transverse testaceous macula but these may vary in extent and in extreme cases the elytra are black with a small yellow humeral spot (Bily and Mehl).
Two species may be casually mistaken for quadrifasciata. In Judolia sexmaculata (L.) the elytra are black with three transverse yellow marks and rounded apically. A mostly northern Scottish species.
In L.aurulenta the legs and basal antennal segments are red and the anterior and posterior margins of the pronotum are fringed with yellow pubescence. A rare southern, mostly near coastal, species.
Description from 1 Dyfed specimens at X20 plus additions from Bily and Mehl
Reference
Uhthoff-Kaufmann, R.R. 1988 The Occurence of the genus Strangalia serville in the British Isles. Ent.Rec. 100:63-71.
Philadelphia City Council President Darrell L. Clarke (5th District) and Councilman William K. Greenlee distribute over 500 Thanksgiving turkeys to seniors at five senior centers in the 5th District on Monday, November 22, 2016.
Council President Clarke's office has partnered with Wal-Mart Giving for ten years to secure turkeys for Philadelphia seniors. This year's distribution brings the total to 5,000 turkeys distributed through this partnership.
Heusinger-Steuerung am Außentriebwerk einer Bayerischen S 2/6 Schnellzugdampflokomotive, DB-Museum, Nürnberg
Distributing regulator of one of the outter cylinders of a Bavarian S 2/6 series steam engine
The Measures used to distribute the Tichborne Dole, Friday, March 25, 2011. The Tichborne Dole is an ancient British tradition which dates back to the 12th century and takes place in the village of Tichborne near Alresford in Hampshire, England, every year on March 25th, Lady Day. According to legend, the almost cripple, Lady Mabel de Tichborne, on her death bed, requested that the value of a small portion of the estates of Tichborne should be given to the poor of the district annually in the nature of a dole. Her miserly husband Roger de Tichborne is reputed to have replied to his wife’s request by intimating he would give annually the value of as much land his wife was able to encompass while holding a flaming torch in her hand. Lady Mabel the legend says succeeded in circumventing twenty-three acres of land crawling most of the way on all fours. On completing of the task Lady Mabel charged her husband and his heirs to forever give annually the value of that land to the poor adding a curse, that should the dole ever be stopped then seven sons would be born to the house, followed immediately by a generation of seven daughters, after which the Tichborne name would die out and the ancient house fall into ruin. The distribution of the dole continued apparently without a break until 1794 when owing to abuse it was stopped by magistrates. Following a period of misfortunes to the family the dole was reinstated and continues today. The Dole is distributed to the inhabitants of the Parishes of Tichborne and Cheriton, adults receiving one gallon of flour and children half a gallon with a maximum of four gallons to a family. MG7327 Please do not use this image on websites, blogs or other media without my explicit permission. © All rights reserved
Photo by Jake Woodnutt
To print, publish or distribute please contact info@jakewoodnutt.co.uk for permission
Under Armor distributed uniforms and other supplies to athletes for the 2018 Department of Defense Warrior Games at the Air Force Academy in Colorado Springs, Colo. May 30, 2018. Athletes also received supplies from Dove. The DoD Warrior Games are an annual event, established in 2010, to introduce wounded, ill and injured service members to adaptive sports as a way to enhance their recovery and rehabilitation. (Photo by Mark Reis)
Distributed as S. hintonii which is not in cultivation. The true S. hintonii is similar with pointed leaves and very long (30cm+) inflorecences.
LIC Dombivli branch members have set up a social organization called "Jeevan Adhaar" that helps in rural development and welfare. I had the chance to visit a tribal village near Badlapur for their annual trip to distribute Diwali sweets and faral .. :)
Local Company Raises $40K for Families Affected by War
by KREX News Room
by Courtney Griffin
Story Created: Sep 6, 2012 at 6:20 PM MDT
Story Updated: Sep 6, 2012 at 9:21 PM MDT
CLIFTON, Colo.- A local company raises thousands of dollars for families of soldiers killed or wounded in the war.
Central Distributing raised $40,000 for the National Folds of Honor program by having auctions and fundraisers at Country Jam and Rock Jam.
The Folds of Honor foundation plans on using this generous donation to help spouses and children of American soldiers killed or disabled in service. "We were able to get Motley Crue, as well as Three Doors Down to autograph. A couple of Budweiser guitars and some other things to auction off as well and we were able to raise this fantastic amount of money for the charity," said Mark Smith, district manager of Central Distributing.
The money is one of the largest amounts raised by the Central Distributing team.
www.krextv.com/news/around-the-region/National-Folds-of-H...
IOM staff distributes water labeled with cholera prevention messages to Zimbabwean returnees from Botswana. The numbers of cholera cases continue to rise as the disease spreads further into the rural heartland of the country. © IOM
from which users can get their profile and user data, and bring into their site for a sort of distributed Facebook.
(But the name is just awful... sounds like a frat party).
LIC Dombivli branch members have set up a social organization called "Jeevan Adhaar" that helps in rural development and welfare. I had the chance to visit a tribal village near Badlapur for their annual trip to distribute Diwali sweets and faral .. :)
Caritas distributes all of 1100 blankets, water purification tablets all the tents and tarpaulins to Leogane. 90 percent of the town was destroyed in the earthquake. Credit: N. Fischer, Caritas Switzerland
Distributing nets treated with insecticide, especially to high risk groups like young children and pregnant women, provides personal protection. Nets can protect entire communities if at least four out of five are sleeping inside them. The nets are effective for a number of years and cost only £5.
UNICEF/Marco Di Lauro/2010
1. The total amount of water resources in the Earth of about 1.386 billion cubic kilometers of the giant, but only 2.5% of the total water resources of fresh water (about 035 million cubic kilometers). The world's total freshwater resources in 69.5% (about 024 million cubic kilometers) is difficult for people to use, such as glaciers, permanent snow cover, permafrost in the form of solid ice.
Earth, oxygen is the most widely distributed in nature, accounting for 48.6% of the earth's crust by mass, is the most abundant element in the normal atmosphere among the oxygen concentration of the air was 20.9%.
Planetary reflectance is to describe the physical properties of the planet's surface is an important physical quantity. Eight planets in the solar system to reflect the maximum rate of Venus: 76%, the smallest Mercury: 10%. The Earth's albedo value of each researcher obtained vary. Generally between 35% to 43%.
For seawater reflectance (albedo) of the short-wave radiation is typically only 5%, that is, 95% water can absorb solar heat energy.
Earth's average surface temperature of 287 K (14 ℃) The maximum surface temperature of 331 K (57.7 ℃) minimum surface temperature of 184 K (-89.2 ℃) temperature to melt calcium carbonate volcano at least 2000+ degrees, the core temperature is about 4700 ℃, slightly lower than the sun's surface temperature (6000 ℃). Sunlight is the main source of energy of the Earth. Solar constant is the position of the sun at a distance of 1 astronomical unit is exposed to direct sunlight per unit area of the received energy, its value is equivalent to about 1,368W / m (Watts per square meter). After absorbed by the atmosphere, the sun arrived at the Earth's surface has been attenuated - the clear and the sun in the atmosphere near the zenith conditions only about 1,000W / m.
There are many kinds of natural synthesis process can use solar energy - photosynthesis plant chemical way to capture energy (and carbon compounds released oxygen) from the sun.
.
Crust, mantle and core three spheres from the surface through an interface to the crust, which is composed of hard rock solid case, the average thickness of 33 km; from coastal areas to inland thickening second circle mantle which is on the upper mantle and crustal rock composition of the Earth's lithosphere, lithosphere thickness of about 100 kilometers to the Earth's interior asthenosphere second interface is the lower mantle, during which the pressure in the 30000-1300000 atmospheres at temperatures up to Zhi 1400 2000 ° C. the following is the second core interface, the density of a substance having a huge, up to 17.9 g / cc.
Solar radiation energy per second to reach 4x10 ^ 26J,
Earth receives solar energy per 7.28x10 ^ 17J
7.28x10 ^ 17 / 4x10 ^ 26 = 1: 1.82 * 10 ^ 9
Earth receives solar radiation energy accounted for the total energy of 1.82 * 10 ^ 9 points.
Ocean accounts for 71% of the earth's surface, an area of 362 million square kilometers. Wide variety of marine bears biological resources, mineral, chemical, energy, etc., it is human survival and future development of the treasure trove of resources.
2. Antarctica extremely harsh natural conditions, has been hailed as the future of humanity "protein resource repository."
Antarctica contains 220 kinds of mineral resources and energy
"World Tieshan" enormous coal resources and reserves total about 5,000 million tons (in copper, lead, zinc, molybdenum and small amounts of gold, silver, chromium, nickel, cobalt and other non-ferrous metal reserves of the Antarctic Peninsula, is also very rich oil storage Antarctic about 50 billion -1000 billion barrels, one hundred million cubic meters of natural gas reserves of about 30000-50000 in addition, there is still a huge Antarctic wind, wave (or tidal) potential energy resources and geothermal energy.
Freshwater resources
Antarctica area of about 14 million square kilometers, more than 98% of the area is covered with perennial snow, forming a huge and thick
Real ice sheet, its average thickness of up to 2450m, the total amount of snow about 25-30 million cubic kilometers, accounting for 90% of total global ice and snow.
Special Antarctic microbial resources
Special Antarctic microbial resources in extreme environments
Arctic includes the Arctic Ocean, surrounding land and coastal islands, the Arctic tundra and taiga belt. If the Arctic Circle for the sector, the total area of the Arctic is 2,100 square kilometers, which accounts for 8 million square kilometers of land. The area of over 4,000 square kilometers. Arctic region has considerable natural resources, such as oil, gas, mineral resources, forest resources (subarctic regions) and rich fisheries resources. Alaska has proven oil reserves of 70 billion barrels of natural gas amounted to 800 billion cubic meters of oil and gas reserves is estimated to reach 380 billion barrels and 40 trillion cubic meters.
The world's desert area of about 31.4 million square kilometers, accounting for about 21% of the world's total land area. Desert type tropical, subtropical and temperate desert desert two kinds of tropical and subtropical desert, mainly in the south near the Tropic of Cancer in the subtropical high pressure zone areas under the control.
Specifically, in the northern hemisphere of the Sahara Desert in North Africa, West Asia, the Arabian desert, the Thar desert in northwestern India, where the Sahara desert area of 900 million square kilometers, an area almost equal to the entire European continent, as the world's largest desert in the southern hemisphere Australia Great sandy desert, Gibson desert, Great Victoria desert in northern Chile's Atacama desert, temperate mid-latitude desert mainly in secluded away from the sea inland areas of Central Asia Kyzyl Kum (Uzbek) desert, the Karakum desert (Turkmenistan), and the like.
3. The development and utilization of desert transformation
4. desert, mountain reconstruction, development and utilization
The Earth is able to maintain their survival, with a radius of 6371 km elliptical sole sphere. Seawater volume of 1/800 of the volume of the Earth. Surface area of 510 million square kilometers of the earth, the sea area and land area ratio of about 7: 3,
{1} 180 million square kilometers of the Pacific
{2} Atlantic Ocean 93 million km2
{3} in the Indian Ocean 75 million km2
{4} 13 million square kilometers of the Arctic Ocean
Among them, 361 million square kilometers of the earth's ocean surface area of more than two-thirds of 71% is divided into four oceans; 149 million square kilometers of the earth's land surface area is 29% less than a third, it is divided into seven continents. Antarctica 14 million square kilometers currently uninhabited. Land area of human settlements is actually 135 million square kilometers, accounting for 26. 47 percent of the earth's surface, a little more than a quarter.
Natural resources, the natural environment is a basic condition of human beings to survive and multiply. Earth resources, water, heat from the sun, atmosphere, land resources, primate mammal is most suitable for the growth and reproduction of the land, far more than to the Moon, Venus, Mercury, Mars, Jupiter and other planets evolutionary growth environment. So, take advantage of, the transformation of these extremely valuable Earth resources are very important. Ocean depth exploitation, development and utilization of the two poles, the Gobi desert mountain development, transformation and utilization of human constant struggle ideals and goals. Earth - Moon - Mars - other celestial bodies, planets, regardless of where the universe, water, heat, temperature, air, oxygen, land, are the first biological human need. Without which mankind will not survive and will face death and extinction. Therefore, regardless of the earth, the moon, Mars, other planets in celestial bodies, water, air, temperature, land "rock" absolutely vital for humans, beyond reproach. The preferred course of human transformation of the Earth and the use of the earth's resources development, and thereafter, the Moon, Mars or other planets. In contrast, the development and utilization of the Earth, although a lot of difficulties, but after all, there is a lot of water, the sun's heat, the air atmosphere, lithosphere and land, environmental conditions far more than the moon, Mars or other. However, it does not therefore fade use renovation and development of Mars, the Moon and the like, there is no comparability between the two, the latter's exploitation in a sense far more than the earth's resources exploitation. Therefore, humanity is bound to enter the Moon, Mars or other planets celestial bodies. The latter breakthroughs and progress significant, subversive revolutionary. It goes without saying, no need to say.
Mercury (Mercury) it has no natural satellites, only known geological features in addition to craters, but only about a wrinkle ridge during the early history of the contraction. Mercury, the solar wind bombardment comprising a gas atom, only a negligible atmosphere.
Venus (Venus) (0.86 Earth's mass), and also the same as the Earth has a thick silicate mantle surrounding the core, there is strong evidence of the atmosphere and internal geological activity. However, its atmospheric density 90 times higher than the earth and very dry, there is no natural satellites. It was a star of the hot planet, the surface temperature exceeds 400 ° C.
Earth (Earth) within the planet's largest and highest density, and the only geological activity is still ongoing and has a planet with life, it also has Earth-like planets in a unique hydrosphere and is observed to plate tectonics. Earth's atmosphere is completely different from the other planets, are here to survive biologically engineered to contain 21% free oxygen. It has only one satellite, the moon.
Mars (Mars) Small (0.17 Earth masses) than Earth and Venus, with only thin atmosphere, mainly carbon dioxide, its surface, such as Mount Olympus dense with huge volcanoes, Mars has two small natural satellites, Dai Mosi and Faubus. Relevant data about Mars, the moon, the earth, the sun and other stars, many are omitted here, not repeat them.
1.総巨人の約13.86億立方キロメートルの地球における水資源の量が、新鮮な水（約035000000立方キロ）の総水資源のわずか2.5％。人々はそのような固体の氷の形で氷河、永久的な積雪、永久凍土層として、使用するの69.5パーセント（約024000000立方キロ）で世界全体の淡水資源は困難です。
地球は、酸素が最も自然界に広く分布している、質量地球の地殻の48.6パーセントを占め、空気中の酸素濃度のうち、正常な雰囲気の中で最も豊富な要素は20.9パーセントだったです。
惑星の反射率は、惑星の表面の物理的性質を記述することである重要な物理量です。金星の最大レートを反映するために太陽系の八惑星：76％、最小の水星：10％。得られた各研究者の地球のアルベド値は異なります。一般的には43％に35％の間。
短波放射の海水の反射率（アルベド）のために、すなわち、95％の水を太陽熱エネルギーを吸収することができ、典型的にはわずか5％です。
少なくとも2000+度を炭酸カルシウムの火山を溶融する287 K（14℃）の地球の平均表面温度184 K（-89.2℃）の温度の331 K（57.7℃）、最低表面温度の最高表面温度、コア温度は約4700℃であり、太陽の表面温度（6000℃）よりもわずかに低いです。太陽光は地球のエネルギーの主な情報源です。太陽定数は、受信エネルギーの単位面積あたりの直射日光にさらされている1天文単位の距離で太陽の位置で、その値は約1,368W /メートル（ワット平方メートルあたり）に相当します。後大気に吸収さ、太陽は地球の表面に到達し減衰した - だけ1,000W / mの約天頂条件に近い雰囲気の中ではっきりと日
太陽からのエネルギーを捕捉するために光合成植物化学の方法（および酸素を放出される炭素化合物） - 自然な合成プロセスは、太陽エネルギーを使用することができ、多くの種類があります。
。
地殻、マントルとコアハードロック固体の場合、33キロの平均厚さで構成されている地殻へのインタフェースを介して、表面から3球、沿岸部から内陸肥厚第二円マントルへ地球内部アセノスフェア第2のインタフェースには約100キロのリソスフェアの厚さは下部マントル、までの温度で30000から1300000まで雰囲気で時の圧力である、地球のリソスフェアの上部マントルと地殻岩石組成にこれは次の志1400 2000℃では、第二のコア・インタフェース、巨大な、最大で17.9グラム/ ccのを有する物質の密度です。
4×10 ^ 26Jに到達するまでの秒あたりの太陽放射エネルギー、
地球は7.28x10 ^ 17Jあたりの太陽エネルギーを受け取り、
7.28x10 ^ 17/4×10 ^ 26 = 1：1.82 * 10 ^ 9
地球は1.82 * 10 ^ 9点の合計エネルギーを占め太陽放射エネルギーを受け取ります。
海は地球の表面の71％、3.62億平方キロメートルの面積を占めています。などの海洋クマ生物資源、鉱物、化学、エネルギー、多種多様な、それは人間の生存と資源の宝庫の将来の発展です。
2.南極極めて過酷な自然条件、人類の未来として歓迎されている「タンパク質リソースリポジトリ。」
南極大陸は、鉱物資源やエネルギーの220種類が含まれています
「世界Tieshanは「巨大な石炭資源と埋蔵は、銅、鉛、亜鉛、モリブデン、金、銀、クロム、ニッケル、コバルトおよび南極半島の他の非鉄金属の埋蔵量の少量（約5,000万トンの合計、また非常に豊富です石油貯蔵南極約500億-1000000000000バレル、約30000から50000の天然ガス埋蔵量の億立方メートルの他には、巨大な南極の風、波（または潮）潜在的なエネルギー資源と地熱エネルギーが依然として存在します。
淡水資源
約1400万平方キロメートルの南極地域は、面積の98％以上は、巨大な厚いを形成し、多年生雪で覆われています
世界全体の氷と雪の90％を占めレアル氷床、最大2450メートルのその平均厚さ、雪の総量は約25から30000000立方キロ、。
特別南極微生物資源
過酷な環境下での特別南極微生物資源
北極は北極海、周囲の土地や沿岸の島々、北極のツンドラとタイガベルトが含まれています。セクターの北極圏場合は、北極の総面積は、土地の800万平方キロメートルを占めており、2100平方キロメートルです。 4,000平方キロメートルの面積。北極地域は、石油、ガス、鉱物資源、森林資源（亜寒帯地域）と豊かな漁業資源としてかなりの天然資源を有しています。アラスカは、石油・ガス埋蔵量の8000億立方メートルに達した380億バレルと40000000000000立方メートルに達すると推定される天然ガス70億バレルの石油埋蔵量を証明されています。
世界の総土地面積の約21％を占め、約3140万平方キロメートルの世界の砂漠地帯、デザートの種類は、熱帯、亜熱帯と温帯砂漠の砂漠主に亜熱帯高圧帯で北回帰線に近い南部の熱帯・亜熱帯砂漠の2種類、制御下にある領域。
具体的には、世界最大規模として9億平方キロメートルのサハラ砂漠地帯北アフリカ、西アジア、アラビアの砂漠、北西インドのタール砂漠、中サハラ砂漠の北半球、全体のヨーロッパ大陸とほぼ等しい面積、中南半球オーストラリアグレート砂砂漠、ギブソン砂漠、チリ北部のアタカマ砂漠にあるグレートビクトリア砂漠、温帯中緯度砂漠主に中央アジアクズルクムの内陸離れた海から人里離れた地域での砂漠（ウズベク語）砂漠、カラクム砂漠（トルクメニスタン）、などが挙げられます。
3.砂漠変換の開発と利用
4.砂漠、山の復興、開発と利用
地球は6371離れたロケーション楕円ソール球の半径と、それらの生存率を維持することができます。地球の体積の1/800の海水量。地球の5.1億平方キロメートルの面積、約7の海域と陸面積比：3、
{1}太平洋の1.8億平方キロメートル
{2}大西洋9300万平方キロメートル
{3}インド洋7500万平方キロメートルで
{4}北極海の1300万平方キロメートル
このうち、71％の三分の二以上の地球の海の表面積の3.61億平方キロメートルが4海に分割され、地球の陸地面積の1.49億平方キロメートルは、第三よりも29％未満である、それは7大陸に分かれています。南極現在、無人の1400万平方キロメートル。人間の居住地の土地面積は四半期より少し地球の表面の26 47パーセントを占め、実際に1.35億平方キロメートルです。
天然資源、自然環境は存続し、増殖する人間の基本的な条件です。地球の資源、水、太陽からの熱、大気、土地資源、霊長類哺乳動物は、月、金星、水星、火星、木星や他の惑星進化の成長環境へのよりもはるかに多く、土地の成長と再生のために最も適しています。だから、を利用する、これらの非常に貴重な地球資源の変換は非常に重要です。 2極、ゴビ砂漠の山の開発、ヒト定常闘争の理想や目標の転換と利用の海の深さを悪用し、開発と利用。地球 - に関係なく、宇宙、水、熱、温度、空気、酸素、土地は、最初の生物学的な人間の必要性である場合の他の天体、惑星、 - 月 - 火星。これがなければ人類が生存しないであろうと、死と絶滅に直面するだろう。したがって、関係なく、地球の、月、火星、天体、水、空気、温度の他の惑星、土地 "岩"非難を超えて、人間のために絶対不可欠。人間の地球の変容と地球の資源開発を使用し、その後、月、火星や他の惑星の好ましいコース。これに対し、地球の開発と利用においては、多くの困難は、しかし、すべての後、大量の水があるが、太陽の熱、空気雰囲気、リソスフェアと土地、月、火星や他のよりもはるかに多くの環境条件。しかし、それは、したがって使用の改修や火星、月などの開発をフェードしない、両者の間に比較がない、地球資源の搾取よりもはるかに多くの意味で、後者の搾取。したがって、人類は月、火星や他の惑星の天体を入力するようにバインドされています。後者のブレークスルーと進歩重要な、破壊的な革命。これは、必要は言わないためには言うまでもないです。
マーキュリー（水銀）それはクレーターに加えて、何の衛星、唯一の既知の地質学的な特徴を持っていませんが、唯一の収縮の初期の歴史の間にリンクルリッジについて。マーキュリー、ガス原子、ごくわずかな雰囲気を備えた太陽風の衝撃。
また、金星（ヴィーナス）（0.86地球の質量）、および地球と同じコアを囲む厚いケイ酸塩マントルを持って、雰囲気と内部地質学的活動の強力な証拠があります。しかし、その大気密度90倍の地球よりも高く、非常に乾燥し、何の衛星がありません。これは、表面温度が400℃を超える高温の惑星のスターでした
地球惑星の最大かつ最高密度内（地球）、そして唯一の地質活動がまだ進行中であり、人生で惑星を持っている、それはまた、ユニークな水圏における地球に似た惑星を持っており、プレートテクトニクスが観察されます。地球の大気は、他の惑星とは全く異なる、生物学的に21％の遊離酸素を含有するように操作生き残るためにここにいます。それが唯一つの衛星、月を持っています。
火星（マース）小型ような巨大な火山が密集オリンポス山のような薄いだけの雰囲気、主に二酸化炭素、その表面に、地球と金星より（0.17地球質量）、、、火星には、二つの小さな衛星を持っています大モシとフォーバス。火星、月、地球、太陽と他の星についての関連データを、多くの人がここでは省略され、それらを繰り返しません。
1. Общий объем водных ресурсов на Земле около 1386 миллионов кубических километров гиганта, но лишь 2,5% от общего объема водных ресурсов пресной воды (около 035 миллионов кубических километров). Суммарные мировые запасы пресной воды в 69,5% (около 024 млн кубических километров) трудно для людей, чтобы использовать, такие как ледники, постоянного снежного покрова, вечной мерзлоты в виде твердого льда.
Земли, кислород является наиболее широко распространен в природе, что составляет 48,6% земной коры по массе, является самым распространенным элементом в нормальной атмосфере между концентрацией кислорода в воздухе составила 20,9%.
Планетарная коэффициент отражения, чтобы описать физические свойства поверхности планеты является важной физической величиной. Восемь планет в Солнечной системе, чтобы отразить максимальную скорость Венеры: 76%, наименьший Меркурий: 10%. Значение альбедо Земли каждого исследователя получается варьировать. Как правило в пределах от 35% до 43%.
Для морской воды отражательной (альбедо) от коротковолнового излучения, как правило, лишь на 5%, то есть 95% воды может поглощать солнечную тепловую энергию.
средняя температура поверхности Земли 287 К (14 ℃) Максимальная температура поверхности 331 К (57,7 ℃) минимальная температура поверхности 184 К (-89.2 ℃) температуры расплавления карбоната кальция вулкана по меньшей мере, 2000 + градусов, температура ядра составляет около 4700 ℃, немного ниже, чем Солнца температура поверхности (6000 ℃). Солнечный свет является основным источником энергии Земли. Солнечная постоянная позиция Солнца на расстоянии 1 астрономической единицы подвергается воздействию прямых солнечных лучей на единицу площади полученной энергии, ее значение эквивалентно примерно 1,368W / м (ватт на квадратный метр). После того, как поглощаются атмосферой, солнце прибыл на поверхности Земли была ослаблена - ясное и солнце в атмосфере вблизи зенита условий только около 1,000W / м.
Есть много видов естественного процесса синтеза можно использовать солнечную энергию - фотосинтез химический завод способ захвата энергии (и углеродных соединений выпустили кислород) от солнца.
,
Коры, мантии и ядра три сферы с поверхности через интерфейс к коре, которая состоит из хард-рок прочный корпус, средней толщины 33 км, от прибрежных районов к внутренним сгущения второй круг мантии который находится на верхней мантии и земной коры состава пород литосферы Земли, литосфера толщиной около 100 километров до второго интерфейса интерьера астеносферного Земли является нижней мантии, в течение которого давление в 30000-1300000 атмосфер при температуре до Zhi 1400 +2000 ° с следующее второе ядро интерфейса, плотность вещества, имеющего огромный, до 17,9 г / см.
энергии солнечного излучения в секунду, чтобы достигнуть 4x10 ^ 26J,
Земля получает солнечную энергию на 7.28x10 ^ 17J
7.28x10 ^ 17 / 4x10 ^ 26 = 1: 1,82 * 10 ^ 9
Земля получает энергию солнечного излучения, приходящихся на полной энергии 1,82 * 10 ^ 9 баллов.
Океан составляет 71% земной поверхности, площадью 362 миллионов квадратных километров. Широкое разнообразие морских биологических ресурсов несет, минеральные, химические, энергетика и т.д., это человеческое выживание и будущее развитие сокровищница ресурсов.
2. Антарктида чрезвычайно суровые природные условия, было воспринято как будущее человечества "хранилище белка ресурсов."
Антарктика содержит 220 видов минеральных ресурсов и энергии
"Мир Tieshan" огромные запасы угля и запасы составляют около 5000 млн тонн (меди, свинца, цинка, молибдена и небольшое количество золота, серебра, хрома, никеля, кобальта и других цветных металлов запасов Антарктического полуострова, также очень богат хранения нефти Антарктики около 50 миллиардов -1000000000000 баррелей, сто миллионов кубических метров запасов природного газа около 30000-50000 кроме того, есть еще огромный Антарктический ветер, волна (или приливными) потенциальные энергетические ресурсы и геотермальной энергии.
Пресноводные ресурсы
Антарктида площадью около 14 миллионов квадратных километров, более 98% площади покрыто вечными снегами, образуя огромный и толстый
Реальный ледяной покров, его средняя толщина до 2450m, общее количество снега около 25-30 миллионов кубических километров, что составляет 90% от общего мирового льда и снега.
Специальные антарктические микробные ресурсы
Специальные антарктические микробные ресурсы в экстремальных условиях
Арктика включает в себя Северного Ледовитого океана, прилегающих земель и прибрежных островов, арктической тундры и таежного пояса. Если за полярным кругом для сектора, общая площадь Арктики составляет 2100 квадратных километров, что составляет 8 миллионов квадратных километров земли. Площадью более 4000 квадратных километров. Арктический регион обладает значительными природными ресурсами, такими как нефть, газ, полезные ископаемые, лесные ресурсы (субарктических регионов) и богатых рыбных ресурсов. Аляска доказанные запасы нефти в 70 миллиардов баррелей природного газа составил 800 млрд кубометров запасов нефти и газа, по оценкам, достигнет 380 млрд баррелей и 40 триллионов кубических метров.
В мире пустынной местности около 31,4 млн квадратных километров, что составляет около 21% от общей площади суши в мире. Тип пустыни тропических, субтропических и умеренно пустыня пустыня два вида тропических и субтропических пустынь, в основном на юге возле тропика Рака в субтропической зоне высокого давления площади под контролем.
В частности, в северном полушарии пустыни Сахара в Северной Африке, Западной Азии, Аравийской пустыни, пустыни Тар на северо-западе Индии, где площадь пустыня Сахара 900 миллионов квадратных километров, площадь почти равна всего европейского континента, как самый большой в мире пустыни в южном полушарии Австралии Большой песчаной пустыни, пустыни Гибсона, Great Victoria пустыни в пустыне Атакама на севере Чили, умеренный в средних широтах пустыни, главным образом, в укромных от моря внутренних районов Центральной Азии Кызылкум (Узбекский) пустыня, пустыня Каракумы (Туркменистан), и тому подобное.
3. Развитие и использование трансформации пустыни
4. пустыня, горы реконструкция, развитие и использование
Земля способна поддерживать их выживание, с радиусом 6371 км эллиптической единственной сферой. Объем морской воды 1/800 объема Земли. Площадь поверхности 510 миллионов квадратных километров земли, площадь моря и отношение площади около 7: 3,
{1} 180 миллионов квадратных километров Тихого океана
{2} Атлантический океан 93 млн км2
{3} в Индийском океане 75 миллионов км2
{4} 13 миллионов квадратных километров Северного Ледовитого океана
Среди них, 361 миллионов квадратных километров площади поверхности океана Земли более чем на две трети 71% делится на четыре океана, 149 миллионов квадратных километров площади поверхности суши Земли составляет 29% меньше, чем на треть, она разделена на семь континентов. Антарктида 14 миллионов квадратных километров в настоящее время необитаем. Площадь земли населенных пунктов фактически 135 миллионов квадратных километров, что составляет 26 47 процентов земной поверхности, чуть больше четверти.
Природные ресурсы, природная среда является основным условием человеческих существ, чтобы выжить и размножаться. ресурсы Земля, вода, тепло от солнца, атмосферы, земельных ресурсов, примат млекопитающее является наиболее подходящим для роста и размножения земли, гораздо больше, чем до Луны, Венеры, Меркурия, Марса, Юпитера и других планет эволюционной среды роста. Таким образом, воспользоваться, превращение этих чрезвычайно ценных ресурсов Земли очень важны. Океан глубина эксплуатации, разработка и использование двух полюсов, развитие горной пустыни Гоби, преобразование и использование постоянных идеалов и целей человеческой борьбы. Земля - Луна - Марс - другие небесные тела, планеты, независимо от того, где вселенной, воды, тепла, температура, воздух, кислород, землю, являются первой биологической потребности человека. Без которого человечество не выживет и будет сталкиваться смерть и исчезновение. Поэтому, независимо от Земли, Луны, Марса, других планет в небесных телах, воды, воздуха, температуры, земля "порода" абсолютно жизненно важное значение для людей, вне упрека. Предпочтительный курс человеческой трансформации Земли и использования ресурсов развития Земли, а после этого, Луны, Марса и других планет. В отличие от этого, развитие и использование Земли, хотя много трудностей, но в конце концов, есть много воды, тепло солнца, атмосферный воздух, литосфера и земля, условия окружающей среды гораздо больше, чем Луна, Марс или другой. Тем не менее, поэтому оно не выцветает использования реконструкции и развития Марса, Луны и тому подобное, не существует сопоставимость между ними, эксплуатации последнего в некотором смысле гораздо больше, чем эксплуатация ресурсов Земли. Таким образом, человечество обязано войти на Луну, Марс и другие планеты небесных тел. Последние прорывы и прогресс значительный, подрывной революционной. Само собой разумеется, нет необходимости говорить.
Меркурий (Mercury) не имеет естественных спутников, только известные геологические особенности в дополнение к кратеров, а только о Морщины хребта во время ранней истории сокращения. Меркурий, солнечный ветер бомбардировка, содержащий атом газа, лишь незначительную атмосферу.
Венера (Венера) (масса 0,86 Земли), а также же, как Земля имеет толстую силикатную мантию, окружающих ядро, есть убедительные доказательства атмосферы и внутренней геологической активности. Тем не менее, ее плотность атмосферы в 90 раз выше, чем на земле и очень сухой, нет естественных спутников. Это была звезда горячей планеты, температура поверхности превышает 400 ° С
Земля (Земля) в самой большой и самой высокой плотности планеты, и единственной геологической активности продолжается до сих пор и имеет планету с жизнью, он также имеет похожие на Землю планеты в уникальном гидросферы и наблюдается тектонике плит. Атмосфера Земли полностью отличается от других планет, здесь, чтобы выжить биологически инженерии, чтобы содержать 21% свободного кислорода. Он имеет только один спутник, луна.
Марс (Марс) Малые (0,17 масс Земли), чем Земли и Венеры, только с тонкой атмосферой, главным образом углекислого газа, его поверхности, такие как горы Олимп плотным с огромными вулканами, Марс имеет два маленьких естественных спутников, Дай Моси и Фобус. Соответствующие данные о Марсе, Луне, земля, солнце и другие звезды, многие из них здесь опущены, а не повторять их.
1. Le montant total des ressources en eau dans la Terre d'environ 1,386 milliards kilomètres cubes de géant, mais seulement 2,5% du total des ressources en eau de l'eau douce (environ 035 millions de kilomètres cubes). les ressources totales en eau douce au monde 69,5% (environ 024.000.000 kilomètres cubes) est difficile pour les gens à utiliser, tels que les glaciers, la couverture de neige permanente, le pergélisol sous forme de glace solide.
Terre, l'oxygène est le plus largement répandu dans la nature, ce qui représente 48,6% de la croûte terrestre en masse, est l'élément le plus abondant dans l'atmosphère normale entre la concentration en oxygène de l'air était de 20,9%.
facteur de réflexion planétaire est de décrire les propriétés physiques de la surface de la planète est une grandeur physique importante. Huit planètes dans le système solaire afin de refléter le taux maximum de Vénus: 76%, le plus petit Mercury: 10%. La valeur de l'albédo de la Terre de chaque chercheur obtenu varie. Généralement comprise entre 35% et 43%.
Pour l'eau de mer réflectance (albédo) du rayonnement à ondes courtes est généralement seulement 5%, qui est, 95% d'eau peut absorber l'énergie thermique solaire.
température moyenne de surface de la Terre de 287 K (14 ℃) La température de surface maximale de 331 K (57,7 ℃) minimum température de surface de 184 K (-89,2 ℃) la température pour faire fondre le carbonate de calcium volcan au moins 2000+ degrés, la température de base est d'environ 4700 ℃, légèrement inférieure à la température de la surface du soleil (6000 ℃). La lumière du soleil est la principale source d'énergie de la Terre. constante solaire est la position du soleil à une distance de 1 unité astronomique est exposée à la lumière directe par unité de surface de l'énergie reçue, sa valeur est équivalente à environ 1,368W / m (Watts par mètre carré). Après absorbée par l'atmosphère, le soleil est arrivé à la surface de la Terre a été atténué - le clair et le soleil dans l'atmosphère près des conditions zénithales seulement environ 1000W / m.
Il existe plusieurs types de processus de synthèse naturelle peuvent utiliser l'énergie solaire - la photosynthèse façon chimique des plantes pour capter l'énergie (et de carbone composés oxygénés libérés) du soleil.
.
Crust, manteau et noyau trois sphères de la surface par le biais d'une interface à la croûte, qui est composé de roches dures cas solide, l'épaisseur moyenne de 33 km; des zones côtières vers l'intérieur des terres deuxième manteau cercle épaississement qui est sur la composition supérieure du manteau et de la croûte rocheuse de la lithosphère de la Terre, l'épaisseur de la lithosphère d'environ 100 kilomètres à asthénosphère intérieur deuxième interface de la Terre est le manteau inférieur, au cours de laquelle la pression dans les 30000-1300000 atmosphères à des températures allant jusqu'à Zhi 1400 2000 ° C, ce qui suit est la seconde interface de base, la densité d'une substance ayant une énorme, jusqu'à 17,9 g / cc.
énergie de rayonnement solaire par seconde pour atteindre 4x10 ^ 26J,
Terre reçoit de l'énergie solaire par 7.28x10 ^ 17J
7.28x10 ^ 17 / 4x10 ^ 26 = 1: 1.82 * 10 ^ 9
Terre reçoit de l'énergie du rayonnement solaire pris en compte l'énergie totale de 1,82 * 10 ^ 9 points.
représente l'océan pour 71% de la surface de la terre, une superficie de 362 millions de kilomètres carrés. Une grande variété de marine porte ressources biologiques, minéraux, produits chimiques, l'énergie, etc., il est la survie humaine et le développement futur du trésor de ressources.
2. Antarctique conditions naturelles extrêmement difficiles, a été salué comme l'avenir de l'humanité "référentiel des ressources en protéines."
Antarctique contient 220 types de ressources minérales et de l'énergie
"World Tieshan" d'énormes ressources en charbon et le total des réserves environ 5.000 millions de tonnes (en cuivre, le plomb, le zinc, le molybdène et de petites quantités d'or, d'argent, le chrome, le nickel, le cobalt et autres réserves de métaux non ferreux de la péninsule Antarctique, est également très riche stockage de pétrole en Antarctique environ 50 milliards de barils -1,000,000,000,000, cent millions de mètres cubes de réserves de gaz naturel d'environ 30000-50000 en plus, il y a encore un énorme vent antarctique, vague (ou marémotrice) ressources énergétiques potentielles et l'énergie géothermique.
Ressources en eau douce
zone Antarctique d'environ 14 millions de kilomètres carrés, plus de 98% de la superficie est couverte de neiges éternelles, formant un énorme et épais
feuille de vraie glace, son épaisseur moyenne allant jusqu'à 2450m, la quantité totale de neige d'environ 25-30 millions de kilomètres cubes, ce qui représente 90% de la glace mondiale totale et la neige.
ressources microbiennes antarctiques spéciales
ressources microbiennes antarctiques spéciales dans des environnements extrêmes
Arctique comprend l'océan Arctique, terres environnantes et les îles côtières, la toundra et de la taïga ceinture Arctique. Si le cercle arctique pour le secteur, la superficie totale de l'Arctique est de 2.100 kilomètres carrés, ce qui représente 8 millions de kilomètres carrés de terres. La superficie de plus de 4000 kilomètres carrés. région de l'Arctique dispose de ressources naturelles considérables, comme le pétrole, le gaz, les ressources minérales, les ressources forestières (régions subarctiques) et riches ressources halieutiques. les réserves de pétrole de l'Alaska a prouvées de 70 milliards de barils de gaz naturel se sont élevées à 800 milliards de mètres cubes de réserves de pétrole et de gaz est estimé à 380 milliards de barils et 40 milliards de mètres cubes.
La superficie du monde désertique d'environ 31.400.000 kilomètres carrés, ce qui représente environ 21% de la superficie totale du monde. Type désert tropical, subtropicales et tempérées desert desert deux types de désert tropicales et subtropicales, principalement dans le sud, près du tropique du Cancer dans la zone de haute pression subtropicale les zones sous contrôle.
Plus précisément, dans l'hémisphère nord du désert du Sahara en Afrique du Nord, Asie de l'Ouest, le désert d'Arabie, le désert du Thar dans le nord-ouest de l'Inde, où la région du Sahara désertique de 900 millions de kilomètres carrés, une superficie presque égale à l'ensemble du continent européen, comme le monde le plus grand désert dans l'hémisphère sud de l'Australie Grand désert de sable, Gibson désert, désert Great Victoria dans le désert d'Atacama au nord du Chili, tempérée désert mi-latitude principalement isolée de la mer intérieure des zones de l'Asie centrale Kyzyl Kum (ouzbek) désert, le désert de Karakoum (Turkménistan), et analogues.
3. Le développement et l'utilisation de la transformation du désert
4. désert, la reconstruction de la montagne, le développement et l'utilisation
La Terre est en mesure de maintenir leur survie, avec un rayon de 6371 km sphère unique elliptique. le volume d'eau de mer 1/800 du volume de la Terre. Surface de 510 millions de kilomètres carrés de la terre, la zone de la mer et le rapport de la superficie d'environ 7: 3,
{1} 180 millions de kilomètres carrés du Pacifique
{2} Océan Atlantique 93 millions de km2
{3} dans l'océan Indien 75 millions de km2
{4} 13 millions de kilomètres carrés de l'océan Arctique
Parmi eux, 361 millions de kilomètres carrés de surface de l'océan de la terre de plus de deux tiers de 71% est divisé en quatre océans, 149 millions de kilomètres carrés de la superficie émergée de la terre est 29% moins d'un tiers, il est divisé en sept continents. Antarctique 14 millions de kilomètres carrés actuellement inhabitées. La superficie des terres des établissements humains est en fait 135.000.000 kilomètres carrés, soit 26. 47 pour cent de la surface de la terre, un peu plus d'un quart.
Les ressources naturelles, l'environnement naturel est une condition fondamentale de l'être humain pour survivre et se multiplier. les ressources de la Terre, l'eau, la chaleur du soleil, l'atmosphère, les ressources terrestres, mammifère primate est le plus approprié pour la croissance et la reproduction de la terre, bien plus que sur la Lune, Vénus, Mercure, Mars, l'environnement de croissance évolutionnaire Jupiter et d'autres planètes. Alors, profitez de la transformation de ces ressources de la Terre extrêmement précieux sont très importants. Ocean exploitation de la profondeur, le développement et l'utilisation des deux pôles, le développement de la montagne Gobi du désert, de la transformation et de l'utilisation des idéaux de lutte constantes humaines et des objectifs. Terre - Lune - Mars - les autres corps célestes, planètes, peu importe où l'univers, l'eau, la chaleur, la température, l'air, l'oxygène, la terre, sont le premier besoin humain biologique. Sans que l'humanité ne survivra pas et fera face à la mort et à l'extinction. Par conséquent, quelle que soit la terre, la lune, Mars, d'autres planètes dans les corps célestes, l'eau, l'air, la température, la terre "rock" absolument vital pour l'homme, au-delà de tout reproche. Le cours préféré de transformation humaine de la Terre et de l'utilisation de la mise en valeur des ressources de la terre, et par la suite, la Lune, Mars ou d'autres planètes. En revanche, le développement et l'utilisation de la Terre, bien que beaucoup de difficultés, mais après tout, il y a beaucoup d'eau, la chaleur du soleil, l'atmosphère de l'air, la lithosphère et la terre, les conditions environnementales bien plus que la lune, Mars ou autre. Toutefois, il ne se décolore pas par conséquent l'utilisation rénovation et le développement de Mars, la Lune et similaires, il n'y a pas la comparabilité entre les deux, l'exploitation dans un sens beaucoup plus que l'exploitation de la terre des ressources de ce dernier. Par conséquent, l'humanité est lié à entrer dans la Lune, Mars ou d'autres planètes corps célestes. Les dernières avancées et des progrès significatifs, révolutionnaire subversif. Il va sans dire, pas besoin de dire.
Mercury (Mercury), il n'a pas de satellites naturels, seules caractéristiques géologiques connues en plus des cratères, mais seulement sur une crête des rides au cours de l'histoire des débuts de la contraction. Mercury, le bombardement de vent solaire comprenant un atome de gaz, seulement une atmosphère négligeable.
Vénus (Venus) (la masse de la Terre 0.86), et aussi la même chose que la Terre a un manteau de silicate épais entourant le noyau, il existe des preuves solides de l'atmosphère et l'activité géologique interne. Cependant, sa densité atmosphérique 90 fois plus élevé que la terre et très sec, il n'y a pas de satellites naturels. Il était une star de la planète chaude, la température de surface est supérieure à 400 ° C
Earth (Terre) dans la plus grande et la plus forte densité de la planète, et la seule activité géologique est toujours en cours et a une planète avec la vie, il a aussi des planètes semblables à la Terre dans un hydrosphère unique et est observée à la tectonique des plaques. L'atmosphère terrestre est complètement différent des autres planètes, sont ici pour survivre biologiquement conçu pour contenir 21% d'oxygène libre. Il dispose d'un seul satellite, la lune.
Mars (Mars) Petit (0,17 Les masses de la Terre) que la Terre et Vénus, avec seulement mince atmosphère, principalement le dioxyde de carbone, sa surface, comme le mont Olympe dense avec d'énormes volcans, Mars possède deux petits satellites naturels, Dai Mosi et Faubus. Les données pertinentes au sujet de Mars, la lune, la terre, le soleil et les autres étoiles, dont beaucoup sont omis ici, ne pas les répéter.
1. Die Gesamtmenge der Wasserressourcen in der Erde von etwa 1,386 Milliarden Kubikkilometer des Riesen, aber nur 2,5% der gesamten Wasserressourcen von frischem Wasser (etwa 035 Millionen Kubikkilometer). Die gesamten Süßwasserreserven der Welt in 69,5% (etwa 024 Millionen Kubikkilometer) ist schwierig für Menschen zu verwenden, wie Gletscher, permanente Schneedecke, Permafrost in Form von festem Eis.
Erde, Sauerstoff ist die am häufigsten in der Natur verteilt, für 48,6% der Erdkruste Bilanzierung von Masse, ist das häufigste Element in der normalen Atmosphäre unter der Sauerstoffkonzentration der Luft 20,9% betrug.
Planetary Reflexion ist es, die physikalischen Eigenschaften von der Oberfläche des Planeten zu beschreiben, ist eine wichtige physikalische Größe. Acht Planeten im Sonnensystem zu reflektieren die maximale Rate der Venus: 76%, die kleinste Mercury: 10%. Die Erde Albedo-Wert jedes Forscher erhalten variieren. Im allgemeinen zwischen 35% bis 43%.
Für Meerwasserreflexion (Albedo) der kurzwelligen Strahlung ist in der Regel nur 5%, das heißt, dass 95% Wasser Solarwärmeenergie absorbieren.
Erde durchschnittliche Oberflächentemperatur von 287 K (14 ℃) die maximale Oberflächentemperatur von 331 K (57,7 ℃) minimale Oberflächentemperatur von 184 K (-89,2 ℃) Temperatur Kalziumkarbonat Vulkan mindestens 2000+ Grad zu schmelzen, ist die Kerntemperatur etwa 4700 ℃, etwas niedriger als die Oberflächentemperatur der Sonne (6000 ℃). Sonnenlicht ist die wichtigste Energiequelle der Erde. Solarkonstante ist die Position der Sonne in einem Abstand von 1 astronomische Einheit ist direkter Sonneneinstrahlung pro Flächeneinheit der empfangenen Energie ausgesetzt ist, ist ihr Wert entspricht etwa 1,368W / m (Watt pro Quadratmeter). Nachdem er von der Atmosphäre absorbiert, kam die Sonne an der Oberfläche der Erde gedämpft wurde - die klare und die Sonne in der Atmosphäre in der Nähe der Zenit Bedingungen nur etwa 1.000 W / m.
Es gibt viele Arten von natürlichen Syntheseprozess kann Solarenergie nutzen - Photosynthese Pflanze chemische Weise Energie (und Kohlenstoffverbindungen freigesetzte Sauerstoff) von der Sonne zu erfassen.
.
Kruste, Mantel und Kern drei Kugeln von der Oberfläche über eine Schnittstelle an die Kruste, die aus hartem Gestein festen Fall zusammengesetzt ist, die durchschnittliche Dicke von 33 km, von den Küstengebieten in der Binnen Verdickung zweiten Kreis Mantel die auf der oberen Mantel und Krusten Rock Zusammensetzung der Erde Lithosphäre, Lithosphäre Dicke von etwa 100 Kilometern in das Innere Asthenosphäre zweite Schnittstelle der Erde ist der untere Mantel, bei dem der Druck in den 30000-1300000 Atmosphären bei Temperaturen bis zu Zhi 1400 2000 ° C die folgende ist der zweite Kern-Schnittstelle, die Dichte einer Substanz, die einen großen mit bis zu 17,9 g / cm³.
Solarer Strahlungsenergie pro Sekunde zu erreichen 4x10 ^ 26J,
Erde erhält Solarenergie pro 7.28x10 ^ 17J
7.28x10 ^ 17 / 4x10 ^ 26 = 1: 1,82 * 10 ^ 9
Erde empfängt solarer Strahlungsenergie einen Anteil für die Gesamtenergie von 1,82 * 10 ^ 9 Punkte.
Ozean entfallen 71% der Erdoberfläche, eine Fläche von 362 Millionen Quadratkilometern. Große Vielfalt an marinen biologischen Ressourcen trägt, Mineral-, Chemie-, Energie usw., es ist die menschliche Überleben und die zukünftige Entwicklung der Schatz an Ressourcen.
2. Antarktis extrem harten natürlichen Bedingungen, wurde als die Zukunft der Menschheit gefeiert "Protein-Ressource-Repository."
Antarktis enthält 220 Arten von Mineralressourcen und Energie
"World Tieshan" enorme Kohleressourcen und Reserven etwa 5.000 Millionen Tonnen insgesamt (in Kupfer, Blei, Zink, Molybdän und geringe Mengen an Gold, Silber, Chrom, Nickel, Kobalt und andere NE-Metall-Reserven der antarktischen Halbinsel, ist auch sehr reich Ölspeicher Antarktis rund 50 Milliarden -1000000000000 Barrel, hundert Millionen Kubikmeter Erdgasreserven von etwa 30000-50000 zusätzlich gibt es noch eine große Antarktis Wind, Wellen (oder Gezeiten) potentielle Energieressourcen und Geothermie.
Süßwasserressourcen
Antarktis Bereich von etwa 14 Millionen Quadratkilometern, mehr als 98% der Fläche ist mit ewigem Schnee bedeckt, eine große und dicke Bildung
Echt Eisdecke, seine durchschnittliche Dicke von bis zu 2450 m, die Gesamtmenge der Schnee etwa 25-30 Millionen Kubikkilometer, für 90% der gesamten weltweiten Eis und Schnee ausmacht.
Spezielle Antarctic mikrobiellen Ressourcen
Spezielle Antarctic mikrobiellen Ressourcen in extremen Umgebungen
Arktis umfasst die arktischen Ozean, umliegende Land und Küsteninseln, die arktische Tundra und Taiga Gürtel. Wenn Polarkreis für den Sektor ist die Gesamtfläche des arktischen 2.100 Quadratkilometer, was für 8 Millionen Quadratkilometer Land ausmacht. Die Fläche von mehr als 4.000 Quadratkilometern. Arktischen Region verfügt über beträchtliche natürliche Ressourcen wie Öl, Gas, Bodenschätze, Waldressourcen (subarktischen Regionen) und reiche Fischbestände. Alaska bewährt hat Ölreserven von 70 Milliarden Barrel Erdgas belief sich auf 800 Milliarden Kubikmeter Öl- und Gasreserven schätzungsweise 380 Milliarden Barrel und 40 Billionen Kubikmeter zu erreichen.
Die Wüste der Welt Fläche von ca. 31,4 Mio. Quadratkilometern, für etwa 21% der gesamten Landfläche der Welt ausmacht. Wüste Art tropischen, subtropischen und gemäßigten Wüste Wüste zwei Arten von tropischen und subtropischen Wüste, vor allem im Süden in der Nähe des Wendekreises des Krebses in der subtropischen Hochdruckzone Gebiete unter der Kontrolle.
Genauer gesagt, in der nördlichen Hemisphäre der Sahara in Nordafrika, Westasien, der arabischen Wüste, der Thar-Wüste im Nordwesten Indiens, wo die Wüste Sahara von 900 Millionen Quadratkilometer, eine Fläche fast gleich dem gesamten europäischen Kontinent, wie der weltweit größte Wüste in der südlichen Hemisphäre Australien Große Sandwüste, Wüste Gibson, Great Victoria Wüste im Norden Chiles Atacama-Wüste, gemäßigt mittleren Breiten Wüste hauptsächlich abgelegen vom Meer entfernt im Landesinneren von Zentralasien Kysylkum (Usbekisch) Wüste, die Wüste Karakum (Turkmenistan) und dergleichen.
3. Die Entwicklung und Nutzung der Wüste Transformation
4. Wüste, Gebirge Wiederaufbau, Entwicklung und Nutzung
Die Erde ist in der Lage ihr Überleben zu halten, mit einem Radius von 6371 km elliptischen Sohle Kugel. Seawater Volumen 1/800 des Volumens der Erde. Fläche von 510 Millionen Quadratkilometer der Erde, das Seegebiet und Landfläche Verhältnis von etwa 7: 3,
{1} 180 Millionen Quadratkilometer des Pazifik
{2} Atlantik 93 Millionen km2
{3} im Indischen Ozean 75 Millionen km2
{4} 13 Millionen Quadratkilometer des Arktischen Ozeans
Unter ihnen sind 361 Millionen Quadratkilometer des Ozeans Oberfläche der Erde von mehr als zwei Drittel von 71% ist in vier Ozeanen; 149 Millionen Quadratkilometer der Landfläche der Erde ist 29% weniger als ein Drittel, wird es in sieben Kontinente aufgeteilt. Antarktis 14 Millionen Quadratkilometer zur Zeit unbewohnt. Grundstücksfläche von menschlichen Siedlungen ist tatsächlich 135 Millionen Quadratkilometer, einem Anteil von 26 47 Prozent der Erdoberfläche ein wenig mehr als ein Viertel.
Natürliche Ressourcen, ist die natürliche Umwelt eine Grundbedingung des Menschen, um zu überleben und sich vermehren. Erde Ressourcen, Wasser, Wärme von der Sonne, die Atmosphäre, Landressourcen, Primaten Säugetier ist am besten geeignet für das Wachstum und die Vermehrung des Landes, weit mehr als auf dem Mond, Venus, Merkur, Mars, Jupiter und anderen Planeten evolutionäres Wachstum Umwelt. Also, nutzen Sie, sind die Umwandlung dieser äußerst wertvollen Ressourcen der Erde sehr wichtig. Meerestiefe Ausbeutung, Entwicklung und Nutzung der beiden Pole, die Wüste Gobi Berg Entwicklung, Transformation und Verwendung menschlicher ständigen Kampf Ideale und Ziele. Erde - Mond - Mars - andere Himmelskörper, Planeten, unabhängig davon, wo das Universum, Wasser, Wärme, Temperatur, Luft, Sauerstoff, Land, sind die ersten biologischen Bedürfnis des Menschen. Ohne die Menschheit nicht überleben und wird den Tod und vom Aussterben bedroht. Daher, unabhängig von der Erde, der Mond, Mars, andere Planeten in Himmelskörper, Wasser, Luft, Temperatur, Land "Fels" absolut lebenswichtig für den Menschen, über jeden Zweifel erhaben. Der bevorzugte Verlauf der menschlichen Transformation der Erde und die Nutzung der Ressourcen Entwicklung der Erde, und danach dem Mond, dem Mars oder anderen Planeten. Im Gegensatz dazu ist die Entwicklung und Nutzung der Erde, obwohl viele Schwierigkeiten, aber immerhin gibt es eine Menge von Wasser, die Hitze der Sonne, die Luft-Atmosphäre, Lithosphäre und Land, Umweltbedingungen weit mehr als der Mond, Mars oder anderen. Allerdings ist es daher nicht Gebrauch Sanierung und Entwicklung von Mars, Mond und dergleichen, gibt es keine Vergleichbarkeit zwischen den beiden, dessen Ausbeutung in gewisser Weise weit mehr als die Ressourcen der Erde Ausbeutung verblassen. Daher wird die Menschheit den Mond, Mars oder anderen Planeten Himmelskörper zu betreten gebunden. Letztere Durchbrüche und Fortschritte signifikant, subversive revolutionär. Es versteht sich von selbst, keine Notwendigkeit zu sagen.
Mercury (Mercury) es hat keine natürlichen Satelliten, nur bekannte geologische Merkmale zusätzlich zu Kratern, sondern nur über einen Faltenrücken in der frühen Geschichte der Kontraktion. Merkur, der Sonnenwind Bombardement ein Gasatom enthält, nur eine vernachlässigbare Atmosphäre.
Venus (Venus) (0,86 Erdmasse) und auch die gleiche wie die Erde hat einen dicken Silikatmantel die den Kern umgibt, gibt es starke Hinweise auf die Atmosphäre und die interne geologische Aktivität. Doch seine atmosphärische Dichte 90-mal höher ist als die Erde und sehr trocken ist, gibt es keine natürlichen Satelliten. Es war ein Star des heißen Planeten, die Oberflächentemperatur 400 ° C übersteigt
Earth (Erde) innerhalb des Planeten größte und höchste Dichte, und die einzige geologische Aktivität ist noch nicht abgeschlossen und hat einen Planeten mit Leben, es hat auch erdähnliche Planeten in einer einzigartigen Hydro- und beobachtet wird Plattentektonik. Erdatmosphäre von den anderen Planeten ganz anders ist, sind hier biotechnologisch zu überleben 21% freien Sauerstoff enthalten. Es hat nur einen Satelliten, den Mond.
Mars (Mars) Klein (0,17 Erdmassen) als die Erde und Venus, mit nur dünne Atmosphäre, vor allem Kohlendioxid, dessen Oberfläche, wie Mount Olympus dicht mit riesigen Vulkanen, Mars hat zwei kleine natürliche Satelliten, Dai Mosi und Faubus. Relevante Daten über den Mars, der Mond, die Erde, die Sonne und andere Sterne, viele werden hier weggelassen, sie nicht wiederholen.
1. A teljes összeget a vízkészlet a Föld mintegy 1386000000 köbkilométer az óriás, de csak 2,5% a teljes vízkészlet édesvíz (mintegy 035.000.000 köbkilométerre). A világ összes édesvíz források 69,5% -kal (kb 024.000.000 köbkilométerre) nehéz az emberek használni, mint például a gleccserek, állandó hótakaró, a permafrost formájában szilárd jég.
Föld, az oxigén a legtöbb természetben széles körben elterjedt, a számviteli 48,6% -át a földkéreg tömegének, a leggyakoribb elem a normális légkör között az oxigén koncentrációja a levegőben volt 20,9%.
Bolygókerekes reflexiós, hogy leírja a fizikai tulajdonságait a bolygó felszínének egy fontos fizikai mennyiség. Nyolc bolygó a Naprendszerben, hogy tükrözze a maximális sebesség Venus: 76%, a legkisebb Mercury: 10%. A Föld albedója értéke minden kutató kapott változhat. Általában között 35% -ról 43%.
Tengervíz visszaverődés (albedó) a rövidhullámú sugárzás általában csak 5%, azaz 95% vizet képes felvenni napenergia energia.
Föld átlagos felszíni hőmérséklete 287 K (14 ℃) A maximális felületi hőmérséklete 331 K (57,7 ℃) minimális felületi hőmérséklete 184 K (-89,2 ℃) hőmérséklet olvadni kalcium-karbonát vulkán legalább 2000+ fok, a mag hőmérséklete körülbelül 4700 ℃, valamivel alacsonyabb, mint a nap felszínének hőmérséklete (6000 ℃). A napfény a fő energiaforrás a Földön. Solar állandó a nap pozíciója a parttól 1 csillagászati egység közvetlen napfénynek kitett egységnyi területen a kapott energiát, értéke megfelel kb 1,368W / m (W négyzetméterenként). Miután elnyeli az atmoszféra, a nap megérkezett a Föld felszínén lett gyengítve - a tiszta és a nap a környezetben, közel a zenit feltételek csak mintegy 1,000W / m.
Sok féle természetes szintézis folyamat napenergia használata - fotoszintézis növény kémiai úton megragadni az energia (és szénvegyületek felszabaduló oxigén) a nap.
.
Kéreg, köpeny és a mag három szféra felületéről interfészen keresztül a kéreg, amely áll a kemény sziklaszilárd esetben az átlagos vastagsága 33 km; a part menti területek szárazföldi megvastagodása második k
I distributed notebooks and coloured pencils in this poor school in Abhaneri. My strongest emotion of the week.
Abhaneri is a village in the Dausa district of Rajasthan state in India. It is situated at a distance of 95 km from Jaipur, on the Jaipur-Agra road.
Distributing the Light of the Resurrection, "very early" on the morning of Pascha Sunday, April 19, 2009, at St Demetrios Greek Orthodox Church in Merrick, Long Island.
These photos are distributed under CC license. Please, email me at hello@jirkamatousek.eu if you would like to use them. All usage please link back to my website europeanphotographer.com
On December 5th distributing monareliefy.org blankets to IDPs and vulnerable families at Shamlan area of the capital Sana'a
During December 2- 16, 2015, the monareliefye.org was able to deliver IDPs and vulnerable families living in different areas in in and around the capital Sana'a with blankets, clothes and food aid packages.
Our campaigns lasted for almost two weeks and aimed at drawing attention of all human being in the world to the suffer of Yemenis under the war and blockade of Saudi regime on Yemen.
Artists, actors, singers and journalists from Yemen were invited by monareliefye.org to take part in the campaigns that almost succeeding in providing IDPs and vulnerable families different kinds of aid that they needed.
Pictures taken on December 5th , 2015 by monareliefye.org in Shamlan area of Sana’a.
“Any users, found to replicate, reproduce, circulate, distribute, download, manipulate or otherwise use my images without my written consent will be in breach of copyright laws as well as contract laws.”
“The_Eye_Moment_photos_by_NolanH.Rhodes”
nrhodesphotos@yahoo.com
Karachi, 17-04-2014: Al-Khidmat Foundation Pakistan distributed ration among Tharparkar drought affectees in three regions. 200 ration packages were distributed in Mithi, 200 in Islamkot, and 200 in Nangarpar. Each package consisted of the following items: 10kg flour, Ghee, 5 kg rice, tea packages, 2 kg sugar, 1kg lentils, and packet of salt. Each package cost Rs. 1800.
Al-Khidmat Foundation Pakistan has been relentlessly carrying out relief operations in Tharparkar region which has severely been affected by drought.
↓↓↓
al-khidmatfoundation.org/al-khidmat-foundation-distribute...
Variety,The Children’s Charity of Iowa, distributed bikes, bike helmets and bike locks on Saturday, June 30th to 101 preselected children. The bikes were given to children who do not have bikes of their own and have been sponsored by Bank of America in Des Moines. Bikes go hand in hand with being a kid, but for many kids in our community, the prospect of having their own bike is only a dream.
The lucky 101 children applied for and were awarded bikes, helmets, and bike locks at Howe Elementary School in Des Moines.
Volunteers from Bank of America and Young Variety helped make sure that all the bicycles and helmets were adjusted to fit each child.
ABOUT VARIETY:
Variety the Children’s Charity is dedicated to improving the lives of children in our local communities around the world. The U.S. chapters of Variety are a multimillion dollar philanthropic organization with locations throughout the United States. Starting with a baby left on the doorsteps of a movie theatre in 1928, Variety has continued to be a group of local business men and women, many of whom hail from the theater and movie business, reaching out to children in need. Today, through the efforts of our enthusiastic volunteers and generous corporate contributors, we remain true to our heritage by bringing children real, tangible help.
Three Paralucia coppers in Australia, two are widely distributed in SE Australia, and a third, the Bathurst Copper (Paralucia spinifera) is known from a few sites in the hills of the central west of NSW to the west of Sydney. In Aug 2021 a population of a small blue copper butterfly is was adventitiously discovered by others in wooded hills in Namadgi NP to the south of Canberra, These were initially identified as Bathurst coppers and were as a couple of hundred kilometres south of other known sites. In Aug 2022, I went to a location where I thought it would like living and after some searching found them, breeding, another new location record for these insects. I found a number of other locations in the following days between bouts of winter weather. It gets more complex and interesting, in 2024 this population of butterflies was described as a new species – Violet Copper (Paralucia crosbyi) (see www.onlinelibrary.wiley.com/doi/10.1111/aen.12688) due to consistent differences between this and the original known populations of P. spinifera.
I guess this species has been overlooked, as few would bother going out to look for such a small butterfly in late winter in one of the coldest parts of mainland Australia at this time of year. A hardy little creature, until recently completely unknown, living close to Australia’s capital city. Just goes to show there is stuff out there to find.
Gurjar Aandolan bollywood movie is now announced to release on 17th October in more than 1500 theaters in the territory of Delhi, Haryana, Rajasthan, Utter Pradesh included Madhya Pradesh. Movie story is about the Aandolan done by Gurjars in 2007 to get the Government quota for their welfare. Movie is being written and directed by Aarun Naagar. Movie is being produced under the banner of Kirti Motion Pictures and J & J Motion Pictures. Movie is being distributed by self J & J Motion pictures / Spap Media and Entertainment. Star Cast of movie is Aarun Naagar, Leena Kapoor, Ehsan Khan, Mustaq Khan, Ali Khan and Surendra Pal.
Movie Name – Gurjar Aandolan
Cast - Aarun Nagar, Leena Kapoor, Ehshan Khan, Mushtaq Khan, Ali Khan & Surendra pal
Produce By :- Kirti Motion Pictures & J&J Motion Pictures
Written & Director By :- Aarun Nagar
Music Director :- Ashish Donald
Lyrics :-Khalil Jawed, Sanjit Nirmal, Aarun nagar, Dhananjay
Singer :- Raja hasan, Ritu Pathak, Leonard Victor, Prakash Raj
D.O.P :- Nagesh - Kiran
Editor :- Anirudh Singh
Executive Producer : -Satya
Art Director :-Prabhat Jha
Action Director :- Rajesh Kumar Pappu
This is part of the education programme which advocates for the rights of the Batwa or pygmies, Burundi’s most marginalised group. Photo by Mugina Commune.
Cherry Blossom. Washington, DC. USA. Mar/2016
A cherry blossom is the flower of any of several trees of genus Prunus, particularly the Japanese cherry, Prunus serrulata, which is called sakura after the Japanese (桜 or 櫻; さくら).
Cherry blossom is speculated to be native to the Himalayas.[4] Currently it is widely distributed, especially in the temperate zone of theNorthern Hemisphere including Europe, West Siberia, India, China, Japan, Korea, Canada, and the United States. The cherry blossom is considered the national flower of Japan.
Japan gave 3,020 cherry blossom trees as a gift to the United States in 1912 to celebrate the nations' then-growing friendship, replacing an earlier gift of 2000 trees which had to be destroyed due to disease in 1910. These trees were planted in Sakura Park in Manhattan and line the shore of the Tidal Basin and the roadway in East Potomac Park in Washington, D.C. The first two original trees were planted by first ladyHelen Taft and Viscountess Chinda on the bank of the Tidal Basin. The gift was renewed with another 3,800 trees in 1965.In Washington, D.C. the cherry blossom trees continue to be a popular tourist attraction (and the subject of the annual National Cherry Blossom Festival) when they reach full bloom in early spring
Todos os anos o Festival Nacional das Cerejeiras celebra a floração das cerejeiras dadas à cidade de Washington, em 1912, pelo prefeito de Tóquio. O presente foi uma homenagem do prefeito à longa história de amizade entre Estados Unidos e Japão. As cerejeiras floridas marcam a chegada da primavera na cidade e proporcionam uma das vistas mais apreciadas da região. Um dos lugares mais bonitos para observação é ao redor do Tidal Basin, espelho d’água no centro de Washington próximo ao Washington Monument, ao Lincoln Memorial, ao Jefferson Memorial e ao Franklin Delano Roosevelt Memorial. O pico da florada é definido como o dia em que 70% das flores do Tidal Basin estão abertas
Houve a coordenação de muitas pessoas para assegurar a chegada das cerejeiras. Um primeiro lote de 2.000 árvores chegou doente em 1910, mas isso não impediu as partes envolvidas de envidarem todos os esforços para a concretização do intento. Entre os governos dos dois países, com as coordenações do Dr. Jokichi Takamine, um químico famoso mundialmente e fundador da Sankyo Co., Ltd. (hoje conhecida como Daiichi Sankyo), Dr. David Fairchild, do Departamento de Agricultura dos Estados Unidos, de Eliza Scidmore, primeiro membro da diretoria feminina da National Geographic Society e da primeira-dama Helen Herron Taft, mais de 3.000 árvores chegaram a Washington, D.C. em 1912. Em uma cerimônia simples, em 27 de março de 1912, a primeira-dama Helen Herron Taft e a Viscondessa Chinda, esposa do embaixador do Japão, plantaram as duas primeiras árvores do Japão na margem norte do Tidal Basin em West Potomac Park. Ao longo dos anos, os presentes foram trocados entre os dois países. Em 1915, o Governo dos Estados Unidos retribuiu com um presente de árvores chamadas “dogwood” (que também tem belas florações) para o povo do Japão. (tradução:nationalcherryblossom)
Cherry Blossom. Washington, DC. USA. Mar/2016
A cherry blossom is the flower of any of several trees of genus Prunus, particularly the Japanese cherry, Prunus serrulata, which is called sakura after the Japanese (桜 or 櫻; さくら).
Cherry blossom is speculated to be native to the Himalayas.[4] Currently it is widely distributed, especially in the temperate zone of theNorthern Hemisphere including Europe, West Siberia, India, China, Japan, Korea, Canada, and the United States. The cherry blossom is considered the national flower of Japan.
Japan gave 3,020 cherry blossom trees as a gift to the United States in 1912 to celebrate the nations' then-growing friendship, replacing an earlier gift of 2000 trees which had to be destroyed due to disease in 1910. These trees were planted in Sakura Park in Manhattan and line the shore of the Tidal Basin and the roadway in East Potomac Park in Washington, D.C. The first two original trees were planted by first ladyHelen Taft and Viscountess Chinda on the bank of the Tidal Basin. The gift was renewed with another 3,800 trees in 1965.In Washington, D.C. the cherry blossom trees continue to be a popular tourist attraction (and the subject of the annual National Cherry Blossom Festival) when they reach full bloom in early spring
Todos os anos o Festival Nacional das Cerejeiras celebra a floração das cerejeiras dadas à cidade de Washington, em 1912, pelo prefeito de Tóquio. O presente foi uma homenagem do prefeito à longa história de amizade entre Estados Unidos e Japão. As cerejeiras floridas marcam a chegada da primavera na cidade e proporcionam uma das vistas mais apreciadas da região. Um dos lugares mais bonitos para observação é ao redor do Tidal Basin, espelho d’água no centro de Washington próximo ao Washington Monument, ao Lincoln Memorial, ao Jefferson Memorial e ao Franklin Delano Roosevelt Memorial. O pico da florada é definido como o dia em que 70% das flores do Tidal Basin estão abertas
Houve a coordenação de muitas pessoas para assegurar a chegada das cerejeiras. Um primeiro lote de 2.000 árvores chegou doente em 1910, mas isso não impediu as partes envolvidas de envidarem todos os esforços para a concretização do intento. Entre os governos dos dois países, com as coordenações do Dr. Jokichi Takamine, um químico famoso mundialmente e fundador da Sankyo Co., Ltd. (hoje conhecida como Daiichi Sankyo), Dr. David Fairchild, do Departamento de Agricultura dos Estados Unidos, de Eliza Scidmore, primeiro membro da diretoria feminina da National Geographic Society e da primeira-dama Helen Herron Taft, mais de 3.000 árvores chegaram a Washington, D.C. em 1912. Em uma cerimônia simples, em 27 de março de 1912, a primeira-dama Helen Herron Taft e a Viscondessa Chinda, esposa do embaixador do Japão, plantaram as duas primeiras árvores do Japão na margem norte do Tidal Basin em West Potomac Park. Ao longo dos anos, os presentes foram trocados entre os dois países. Em 1915, o Governo dos Estados Unidos retribuiu com um presente de árvores chamadas “dogwood” (que também tem belas florações) para o povo do Japão. (tradução:nationalcherryblossom)
Drowning Prevention Coalition of Palm Beach County taught children how to Pool Safely at a pool safety awareness event at The Florida Pool Company in Palm Beach Gardens, FL.