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Natural Monuments

수성 스테이션 – 논바일러 댐 행성 산책로

Natural Monuments

수성 스테이션 – 논바일러 댐 행성 산책로

하이라이트 • 기념물

수성 스테이션 – 논바일러 댐 행성 산책로

226명 중 208명이 추천함

보호 구역 내에 있는 하이라이트 구간입니다

다음 장소의 현지 규정을 확인하세요. Saar-Hunsrück

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위치:논바일러, 세인트 웬델, 자를란트, 독일

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최고의 수성 스테이션 – 논바일러 댐 행성 산책로 하이킹

4.8

(319)

1,239

등산객

1. Neuhütten에서 출발하는 논바일러 저수지 – 논누바일러 댐 전망 순환 코스

14.4km

03:55

200m

보통 하이킹. 좋은 체력 필요. 실력과 관계없이 누구나 쉽게 갈 수 있는 길.

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보통

4.7

(222)

1,048

등산객

2. Otzenhausen에서 출발하는 논누바일러 댐의 전망 – 논바일러 저수지 순환 코스

9.95km

02:54

270m

보통 하이킹. 좋은 체력 필요. 실력과 관계없이 누구나 쉽게 갈 수 있는 길.

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보통

4.8

(21)

124

등산객

3. Hermeskeil에서 출발하는 논바일러 저수지 – 돌베르크켈레 미니바 순환 코스

26.6km

07:32

560m

어려운 하이킹. 우수한 체력 필요. 대부분 갈 수 있는 길. 미끄러지지 않게 조심해야 함.

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어려움

팁

𝒯𝒶𝓃𝒿𝒶

1월 17, 2022

𝐁𝐞𝐬𝐜𝐡𝐫𝐞𝐢𝐛𝐮𝐧𝐠

The Planet Trail helps visitors to get an idea of the size of our solar system. The Sun, its nine major planets and their mean distance from the Sun are represented in 1:1 billion models. The planetary models are set up on the circular route along the dam, true to scale and at the appropriate distance. Beginning with the solar model, the visitor can explore the distances in the solar system up to Pluto. With an average step size, he moves through his cosmic home at about 4 times the speed of light. In order to reach the fixed star closest to the sun, Proxima Centauri, it would have to travel about 40,000 km in the same ratio, i.e. it would have to circle the earth completely once. In addition to the true-to-scale models of the planets, which are always located in the middle of the planetary stations, visitors are provided with some information about the respective planets through text panels and photos. The "earth model" can be rotated because the model of our moon is also located there. The suggestion for the construction of the planet path, the compilation of the information and the design of the planet stations came from a working group of the Birkenfeld high school. The planetary hiking trail was set up in 1996 by the Nonnweiler Dam Association and the Nonnweiler municipality. Source: text information board

번역자 Google •

𝒯𝒶𝓃𝒿𝒶

1월 17, 2022

𝘿𝙖𝙨 𝙎𝙤𝙣𝙣𝙚𝙣𝙨𝙮𝙨𝙩𝙚𝙢

The solar system is our cosmic home. Our earth is just one of nine large planets that orbit the sun on circular ellipses. Arranged according to their mean distance from the sun, they are: Mercury, Venus, Earth, Mars, Jupiter, Saturn, Uranus, Neptune and Pluto. With the exception of Mercury and Venus, they are accompanied by one or more moons on their orbits. Thousands of minor planets or planetoids orbit our sun, mainly between the orbits of Mars and Jupiter. The planetoids are lumps of rock without an atmosphere, with diameters ranging from a few tens of kilometers to 1000 kilometers. Unlike the large planets, they are not always spherical. Despite their large number, their total mass is probably less than the mass of our moon. Comets are also part of our solar system. They orbit the sun in highly elliptical orbits. The Sun, which is the center of our solar system and contains over 99.9% of the total mass of the solar system, is just one star among billions of stars in our Milky Way. The Milky Way does not rest either, but rotates around its center. The sun with the entire solar system takes part in this movement and needs about 240 million years at a speed of 220 kilometers per second for one orbit. The entire universe consists of many billions of such Milky Ways (galaxies), which are also not in fixed places. They move away from each other. Source: text information board

번역자 Google •

𝒯𝒶𝓃𝒿𝒶

1월 17, 2022

𝕾𝖔𝖓𝖓𝖊

Equator diameter 1,392,500 km or 109 earth diameters or 3.6 times the distance earth-moon in the model: 1.39m.

Mass: 333,000 Earth masses
Rotation period : 25 days (at the equator)
Components : hydrogen (73%) helium (25%) a.o.
Surface temperature: +5500 °C
Temperature inside approx. +15,000,000 °C
Distance to the nearest fixed star 4.3 light-years or 272,000 times the distance between Earth and the Sun

The sun is the closest star to earth and the central body of our solar system. It is not a sharply defined celestial body, but a ball of gas in which the density, the pressure and the temperature decrease from the inside to the outside. Almost all of the energy we use on earth is produced by the sun. This does not happen through ordinary combustion, but through a nuclear fusion of hydrogen into helium that takes place inside the sun. This energy is then radiated out into space at the sun's surface. However, the earth only receives about the billionth part of this - but this after about 8 minutes. Sunspots and huge gas eruptions (prominences) show that the sun is not an unchanging phenomenon, but that it is subject to powerful dynamic processes. Source: text information board

𝕸𝖊𝖗𝖐𝖚𝖗

Equator diameter: 4878 km (0.4 earth diameter) in the model 4.9mm
Distance from the sun: 46.0 million km to 69.8 million km. In the model : 58m
Rotation period : 58 days 16 hours
Mass : 0.055 Earth masses
Number of moons : - -
The atmosphere : - -
Surface structure : rocky landscape
Surface temperature : -170°C to +430°C

The planet has been known since ancient times. He is the closest to the sun. Planet and is therefore always close to the sun from our point of view. It can therefore only be observed on a few days a year near the horizon at dawn or dusk. But through the telescope you can only see the planet in the form of a sickle. Mercury shows similar light phases as our moon. The planet is much smaller than Earth, so it fits about 17 times into the globe. Because of its proximity to the sun and its small mass, gases evaporate on its surface, so it has no atmosphere worth mentioning. This in turn leads to large temperature fluctuations between day and night. Source: text information board

번역자 Google •

𝒯𝒶𝓃𝒿𝒶

1월 17, 2022

𝖁𝖊𝖓𝖚𝖘

Equatorial diameter: 12,102 km (0.9 Earth diameter) In the model 1.2 cm.
Distance from the sun: 107.1 million km to 109.0 million km. In the 108m model
Rotation period : 243 days
Orbit around the sun: 224 days 17 hours
Mass : 0.81 Earth masses
Number of moons : - -
Atmosphere : carbon dioxide (96%) nitrogen (3%) etc.
Surface structure : rocky landscape
Surface temperature : +460°C

Venus, which has been known since antiquity, is the brightest celestial body after the sun and moon because of its strong ability to reflect. Because it sometimes leads the Sun and other times lags behind it, it is known as the morning and evening star. Through the telescope you can see light phases that are similar to those of the moon. It rotates slower than all other planets and also rotates clockwise around its axis. A "Venus day" lasts 117 Earth days. It is very similar to Earth in terms of size, density and cloud structure, but its atmospheric pressure is 90 times greater than the air pressure on Earth. Venus is the planet that comes closest to Earth's orbit. Source: Text information board

𝕰𝖗𝖉𝖊

Equator diameter: 12,756 km in the model 1.3cm
Distance from the sun: 147.1 million km to 152.1 million km: in the model 149.6 m
Rotation duration : 23 hours 56 minutes
Orbit around the sun: 365 days 6 hours
Mass : 6 trillion tons
Number of moons : 1
Atmosphere : Nitrogen (78%) Oxygen (21%) etc.
Surface structure: water, rocky landscape with vegetation
Surface temperature : +15°C

Our earth is the third planet in the solar system. In contrast to all other planets, highly developed life has developed on Earth. Today's atmosphere gradually evolved over millions of years with the appearance of living beings. It surrounds the entire globe, allows living beings to breathe and at the same time protects them from dangerous radiation from space. It also prevents large temperature differences between day and night, so that the water that is so important for our life remains liquid for the most part. The planet itself is not rigid. The continents are migrating further apart and volcanoes are constantly forming new mountains. Large climate fluctuations, which periodically lead to ice ages, also show the dynamics of the planet. Source: text information board

번역자 Google •

𝒯𝒶𝓃𝒿𝒶

1월 17, 2022

𝕸𝖔𝖓𝖉

Equator diameter : 3476 km (0.27) Earth diameter : In the model 3.5mm
Distance from Earth : 356,000 km to 407,000 km : In the model 38.4 cm
Rotation period : 27 days 9 hours
Orbit around the earth : 27 days 8 hours
Mass : 0.012 Earth masses
The atmosphere : - -
Surface structure : rocky landscape
Surface temperature : -153°C to +118°C

The moon is the only celestial body that orbits the earth. It is also by far the closest celestial body to earth (38.4 cm in the model) and has already been explored by manned space flights. Like other planets, its glow comes from the reflection of sunlight on its surface. Since the sun only illuminates one half of the lunar sphere at a time, the different phases of the moon occur as the moon orbits the earth. The moon rotates just fast enough that it always shows the same side to the earth. A look through binoculars shows that the moon does not have a smooth surface but that it has large dark plains, mountains and various craters. There is no almosphere to compensate for the temperature differences between day and night. Source: text information board

𝕸𝖆𝖗𝖘

Equator diameter : 6794 km (0.53 earth diameter) In the model : 6.8 mm
Distance from the sun: 206.7 million km to 249.2 million km: in the model.228 m
Rotation duration : 24 hours 37 minutes
Orbit around the sun: 687 days
Mass : 0.1 Earth masses
Number of moons : 2
Atmosphere : carbon dioxide (95%) nitrogen (3%) etc.
Surface structure : rocky landscape
Surface temperature : -90°C to +20°C (floor)

Mars, known since ancient times, appears reddish due to iron-containing compounds. Pressure fluctuations, sandstorms and cloud formation can be seen on it. It shows mountain landscapes and canyons that indicate the existence of water in the past. The largest canyon is 4000 km long, 200 km wide and up to 7 km deep. Mars. has the highest known mountain in the solar system with the 700 km wide and 5 km high volcano Olympus Mons. Through the telescope you can see white polar caps on Mars, which melt or grow larger depending on the season. They consist of solid carbon dioxide and ice. Its two moons are not spheres, but huge, fist-shaped chunks of rock. Source: text information board

번역자 Google •

𝒯𝒶𝓃𝒿𝒶

1월 17, 2022

𝕵𝖚𝖕𝖎𝖙𝖊𝖗

Equator diameter : 143,000 km (11.2 Earth diameters) In model : 14.3 cm
Distance between sensors: 741.9 million km to 815 million km - in the model 779m
Rotation duration : 9 hours 56 minutes
Orbit around the sun: 11.87 Earth years
Mass : 317.8 Earth masses
Number of fashions : 16
Atmosphere : Hydrogen (90%) Helium (9%) etc
Jupiter is a ball of gas with a solid core
Surface temperature: about -150 degrees (cloud top)

The planet, known since ancient times, is the second brightest in the sky. It is the largest of all planets - the globe would fit into it about 1330 times. It is more than twice as heavy as all the other planets combined. Since Jupiter consists mostly of liquid hydrogen and rotates rapidly, it is so flattened that it can be seen from Earth even with small telescopes. Even with binoculars you can see the largest moons that Galileo discovered in 1610. Each of them is larger in diameter than the planet Pluto. Ganymede is the largest moon in the entire solar system. It even surpasses the planet Mercury. Source: text information board

𝕾𝖆𝖙𝖚𝖗𝖓

Equator diameter : 120,000 km (9.4 earth diameter) In the model : 12.0 cm
Distance from the sun: 1343 million km to 1509 million km - in the model: 1427m
Rotation duration : 10 hours 39 minutes
Orbit around the sun: 29.46 Earth years
Mass : 95.2 Earth masses
Number of moons : 23 (of which 18 secured)
Atmosphere : hydrogen (93%) helium 6%) a.o.
Surface structure : liquefied gas
Surface temperature : approx - 180°C (top of cloud)

Saturn, which was already known in antiquity, was considered the last of the outer planets until the 18th century. It is the second largest planet in the solar system and is very similar to Jupiter in terms of surface area and physical shape. However, through the telescope you can see the imposing ring that surrounds the planet. In 1656 Huygens discovered the free-floating ring. Space probes have shown us in recent years that Saturn's ring is made up of a whole host of rings. These, in turn, are made up of many small particles (probably silicates covered with ice made of water and methane) that orbit the planet at different speeds. They are usually only a few centimeters in size. Source: text information board

번역자 Google •

𝒯𝒶𝓃𝒿𝒶

1월 17, 2022

𝖀𝖗𝖆𝖓𝖚𝖘

Equator diameter 51,120 km (4 Earth diameters) In the model: 5.1cm
Distance from the sun 2735 million km to 3005
million km - in the model 2870m
Rotation duration : 17 hours 14 minutes
Orbit around the sun: 84.7 Earth years
Mass : 14.5 Earth masses
Number of moons : 15
Atmosphere : hydrogen a.o.
Surface structure : liquefied gas
Surface temperature : about -215 degrees (cloud top)

Uranus is the first planet discovered in modern times. In 1781 Herschel recognized with the help of a telescope that the faint star moves very slowly in the fixed sky. Uranus can hardly be seen with the naked eye because it is about twice as far away from the sun as Saturn. However, a small green disc can be seen through the telescope. The polar axis is tilted so much that it is almost parallel to the orbit. During the summer months, the poles receive more heat from the sun than the equator. In 1977 it was discovered that Uranus, like Saturn, is surrounded by a thin ring system. However, it can hardly be seen from Earth, even with very large telescopes. Source: text information board

𝕹𝖊𝖕𝖙𝖚𝖓

Equator diameter: 49,424km (3.8 Earth diameter) In the model 4.9cm
Distance from the sun: 4456 million km to 4537 million km - in the model 4497m
Rotation duration : 16 hours
Orbit around the sun : 165 Earth years
Mass: 17.1 Earth masses
Number of moons : 8
Atmosphere : hydrogen a.o
Surface structure : liquefied gas
Surface temperature : ca -218°C (top of cloud)

Neptune was discovered by Galle in 1846. If Uranus had been found by chance, the search for Neptune was based on theoretical predictions. The two gas giants Neptune and Uranus are very similar both in their dimensions and in their physical properties. Neptune also appears as a green-blue disc when viewed through a telescope. However, space probe images of Neptune show a very stormy atmosphere, which suggests internal sources of energy. Neptune also has a weak ring system. So far, 8 moons are known from Neptune, Triton, the largest of Neptune's moons, is covered with methane and water ice. At -235°C, its surface is the coldest place in the solar system. Source: text information board

번역자 Google •

𝒯𝒶𝓃𝒿𝒶

1월 17, 2022

𝕻𝖑𝖚𝖙𝖔

Equatorial diameter: 2300 km (0.08 Earth diameter) In the model 2.3 mm
Distance from the sun: 4425 million km to 7375 million km - in the model 5900m
Rotation duration : 6 days 9 hours 18 minutes
Orbit around the sun: 247.7 Earth years
Mass : 0.0025 Earth masses
Number of moons : 1
The atmosphere : - -
Surface structure : Rocky landscape covered with methane ice
Surface temperature : -233°C to -213°C

The last large planet was discovered by Tombaugh in 1930. Its existence was theoretically predicted, but it took more than 20 years to find it. In 1978 it was discovered 'that Pluto has a moon (Charon) almost as large as itself and orbits it at a distance of only 20,000 km in 6 days. Pluto is very different from the other distant planets, which are large gas planets. In contrast, it is made of solid matter and is even smaller than our moon. This makes it the smallest of the nine major planets in our solar system. Its orbit is strongly elliptical. As a result, between 1979 and 1999 it was even closer to the Sun than Neptune. Source: text information board

번역자 Google •

Hunsbuckel 🇺🇦

9월 13, 2019

The "Planet Trail" is intended to use the Nonnweiler dam to illustrate the conditions in the solar system, where the planets close to the sun from Mercury to Mars form the crest of the dam and you have to walk halfway around the reservoir to get to Pluto.
The entire model is shown on a scale of 1:1 billion and scale models of the planets can be found at the stations.

번역자 Google •

Bruce

5월 21, 2021

The Nonnweiler dam with the scaled planetary hiking trail is one of the main tourist attractions in the region. The 12.8 km long circular hiking trail is a paradise for hikers and nature lovers. The dam has a capacity of around 20 million cubic meters of water.

번역자 Google •

Jürgen Weiß🌳👫

1월 26, 2022

Interesting listings of the planets

번역자 Google •

Daniel & Co

8월 24, 2020

Recommended especially for children. Very educational. You always look forward to the next planet. That motivates them to explore the route. Only the way back, on the other side of the lake, will be difficult because there are no more planets. The bistro may motivate you at the end of the round.

번역자 Google •

Thomas IGB

12월 19, 2020

The beginning is on the solar model, the end is Pluto.

번역자 Google •

Karin

1월 15, 2021

Usually there is a lot going on here

번역자 Google •

Jürgen Weiß🌳👫

2월 22, 2021

Nicely laid out and explained

번역자 Google •

Enja Kloos 🚵‍♀️🏃‍♀️🥾

1월 23, 2022

Discover the different planets on the bridge

번역자 Google •

Brexitsue

2월 22, 2023

beautiful tour of the nonnweiler dam

번역자 Google •

🍺Frank🚂 🇫🇷🇮🇹🇵🇱🇪🇸🇦🇹

3월 18, 2023

You have to have hiked the planet path. Very clear explanations

번역자 Google •

나만 알고 있는 정보가 있다면 로그인하여 다른 모험가에게 도움이 될 만한 팁을 추가해보세요!

무료 회원 가입

세부정보

정보

고도 500 m

날씨

AerisWeather 제공

오늘

토요일 15 11월

12°C

8°C

20 %

지금 활동을 시작하면...

최고 풍속: 16.0 km/h

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하이킹 보기

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위치:논바일러, 세인트 웬델, 자를란트, 독일

살펴봐야 할 유명한 장소

Züscher Hammer

Altbach Stream and Wooden Bridge

Kloppbruchweiher

Nonnweiler Railway Cycle Path

Bruder Klaus Chapel

Wooden Bridge Over the Prims

Rest Area with Lounger and View of Nonnweiler

View of the Nonnweiler Dam

View of Nonnweiler

View of Nonnweiler from the Panorama Bench

Picnic Area at the Dam in Saar-Hunsrück Nature Park

Forest Path in Saar-Hunsrück Nature Park

수성 스테이션 – 논바일러 댐 행성 산책로

1. Neuhütten에서 출발하는 논바일러 저수지 – 논누바일러 댐 전망 순환 코스

2. Otzenhausen에서 출발하는 논누바일러 댐의 전망 – 논바일러 저수지 순환 코스

3. Hermeskeil에서 출발하는 논바일러 저수지 – 돌베르크켈레 미니바 순환 코스

살펴봐야 할 유명한 장소

저희는 귀하의 개인 정보를 소중히 여깁니다 ⛰️

저희는 귀하의 개인 정보를 소중히 여깁니다 ⛰️