(MULTI!) Cette Rivière Coule Dans Les Deux Sens

Sympa

Et si les rivières ne suivaient pas les règles de la nature ? Des scientifiques ont découvert neuf rivières et lacs à travers les Amériques qui défient complètement les lois de l'hydrologie — s'écoulant dans des directions opposées, vers plusieurs océans, ou même changeant de sens selon la météo. 🌊 Le Casiquiare en Amérique du Sud agit comme un tunnel secret entre l'Orénoque et l'Amazone. La rivière Echimamish au Canada ? Elle s’écoule dans les deux sens — et personne ne sait exactement comment. Ces systèmes aqueux étranges sont comme des codes de triche cachés de la Terre, et ils remettent en question tout ce que nous pensions savoir.  Animation créée par Sympa. ---------------------------------------------------------------------------------------- Musique par Epidemic Sound https://www.epidemicsound.com   Pour ne rien perdre de Sympa, abonnez-vous!: https://goo.gl/6E4Xna​ ---------------------------------------------------------------------------------------- Nos réseaux sociaux : Facebook: https://www.facebook.com/sympasympacom/ Instagram: https://www.instagram.com/sympa.officiel/  Stock de fichiers (photos, vidéos et autres): https://www.depositphotos.com https://www.shutterstock.com https://www.eastnews.ru ----------------------------------------------------------------------------------------  Si tu en veux encore plus, fais un tour ici:  http://sympa-sympa.com

Transcript

00:00There is a river in North America which should not exist.

00:04Well, at least according to scientists,

00:06most of the normal rivers in the world

00:09join in aval,

00:10join in descent

00:11and end up putting their water in an ocean or in a lake.

00:15But the river Echimamish, Canada,

00:17does not follow the rules

00:19and coul in the two directions.

00:21Its name even means

00:22eau that coul in the two senses,

00:24in the local language,

00:26the Cree.

00:27The Echimamish measure around 59 km de long,

00:30but it was another time a big part

00:32of the road

00:33carried out by the railroad marches between the bay of Hudson

00:36and the lake Winnipeg.

00:37It's an end between the river Hayes and the Nelson river.

00:40These eaux are quite deep and deep,

00:42because they cross the tourbieres.

00:44The things become interesting

00:46when we reach the castor.

00:48The people who went there

00:50say that the Echimamish

00:52goes towards the river Hayes

00:53and the Nelson river

00:54in part of the castor central.

00:56It is difficult to tell exactly

00:58where the eau is divided,

00:59because the river traverse

01:00a valley almost flat

01:01and its current current

01:03is barely perceptible.

01:07The course of our list

01:08is the Kazichiar

01:09in South America.

01:11It's the equivalent

01:12hydrologic

01:13of a glass trou

01:14between two galaxies.

01:16It's the only natural canal

01:17on the earth

01:18which relie two big waves,

01:19the Hothorhenok

01:21which gets into the Atlantic Ocean

01:23is the Atlantic Ocean

01:25and the Rio Negro

01:26the most big affluent

01:27of the river gauche

01:28of the Amazon.

01:29This type rare

01:30of division

01:31has the name

01:32of bifurcation

01:33and it is produced

01:34when a river

01:35divide and envoies

01:36its eaux

01:37to two different places.

01:38The Hothorhenok

01:39makes in fact

01:40a part of its eau

01:41profit of Kazichiar.

01:42There,

01:43the eau

01:44s'ecoule lentement

01:45vers le Rio Negro.

01:46During the months

01:47pluvieux,

01:48there are more

01:49inondations

01:50and the currents

01:51more strong

01:52so a large amount

01:53of eau

01:54can be seen.

01:55For many communities

01:56locales,

01:57the Kazichiar

01:58is much more

01:59than a simple canal.

02:00It is sacred.

02:01They look like

02:02a chemin

02:03that the ancestors

02:04have traced

02:05to reunify the great

02:06fleas.

02:07The legends

02:08say that

02:10the river

02:12Wayambo

02:13in Suriname

02:14can couler

02:15either west

02:16or west

02:17the river

02:18Nickery

02:19according to

02:20the number.

02:21The precipitation

02:22and the human activity

02:23are responsible

02:24of this habit.

02:25People install

02:26the ecluses

02:27in the river

02:28to detour

02:29an ecluses

02:30to help

02:31the rizicultors

02:32to obtain

02:33enough

02:34water.

02:35It is

02:36difficult

02:37to control

02:38the Wayambo

02:39and to know

02:40the river

02:42and the river

02:43will be

02:44spread.

02:45It is

02:46a real problem.

02:47If you already

02:48want to drink

02:49water

02:50at the same time,

02:51North 2 Ocean Creek

02:52in Wyoming

02:53is the place

02:54you need.

02:55It begins

02:56in the Teton

02:57and then divide

02:58into two branches.

02:59Pacific Creek

03:00joins the great

03:01river Snake

03:02which will

03:03finally reach

03:04the Pacific Ocean

03:05Pacific.

03:06Atlantic Creek

03:07is headed

03:08to the east

03:09in the river

03:10Yellowstone

03:11and Missouri

03:12as well as

03:13Mississippi

03:14to finally end

03:15in the Gulf

03:16of Mexico.

03:17If you connect

03:18the waters

03:19of the two branches

03:20on a map,

03:21you will get

03:22one single line

03:23between the Oregon

03:24and Louisiana.

03:25between the two oceans

03:26they never had

03:27used to use

03:28this way.

03:29They had just

03:30needed

03:31very small ships.

03:32Some scientists

03:33croient

03:34that the

03:35Fardy

03:36knew this way

03:37before the humans.

03:38they had to migrate

03:39from the river Snake

03:40to the river Yellowstone

03:41very likely

03:42in passing

03:43by there.

03:45The next star

03:46of our list

03:47could pass the

03:48powerful Mississippi.

03:49It is about

03:5012,000 years

03:51the Mississippi

03:52has begun

03:53to deriver

03:54to the Red River

03:55The Mississippi

03:56has remained

03:57its original path

03:58and the water

03:59of the red river

04:00is becoming

04:01what we call

04:02today the river

04:03Atchafalaya.

04:04It was once

04:05obstructed by

04:06trees

04:07on about 48 km

04:08and was not

04:09practicable

04:10for the navigation.

04:11In the 19th century

04:12the European colonists

04:13have removed

04:14all this.

04:15But the water

04:16has so changed

04:17that it could

04:18hurt the lower

04:19Mississippi.

04:20So people

04:21built

04:22special structures

04:23to control

04:24the way

04:25the water

04:26had to go.

04:27From time to time,

04:28half of the Mississippi

04:29could be

04:30entrained

04:31towards Atchafalaya.

04:32This huge amount

04:33of water

04:34is even visible

04:35on the photos

04:36of the satellites.

04:37The digital cartes

04:38and the computer models

04:39also show how

04:40the waters

04:41are divided.

04:42If these systems

04:43of control

04:44were not there,

04:45the Atchafalaya

04:46would probably take

04:47the top

04:48of the Mississippi

04:49The Nouvelle Orléans

04:50would lose

04:51as well

04:52water

04:54and the water

04:55along the Mississippi

04:56would suffer greatly.

04:57The Royal Partido

04:58or the ruisseau

04:59shared in Spanish

05:00in the south

05:01of Argentina

05:02transport also

05:03its waters

05:04towards two oceans

05:05at the same time.

05:06It begins

05:07in the Cordillère

05:08of Andes

05:09and traverse

05:10a forest escarpet

05:11all covered

05:12of trees.

05:13When he comes out

05:14from the canyon

05:15he enters

05:16in a larger area

05:17where a large

05:18large large

05:19one side

05:20of the south

05:21turns

05:22towards the south

05:23and ends

05:24reaching the Atlantic Ocean

05:25the other side

05:26turns towards the north

05:27and falls

05:28into the Pacific Ocean

05:29It's quite unique

05:30as the bifurcation

05:31does not happen

05:32in a plain

05:33but in a mountain

05:34it's a bit like

05:35a creux

05:36between the mountains

05:37mountainous

05:38You will not find

05:39a lot of information

05:40about the Royal Partido

05:41on most of the cartes

05:42this is partly due

05:43to the fact

05:44that the region

05:45has not been well

05:46in the 1800

05:47and partly because

05:48the ruisseau is small

05:49and surrounded

05:50many lakes and rivers

05:51more importants

05:52who usually receive

05:53the attention

05:54of scientists

05:55in addition

05:56there are no more

05:57models of public

05:58for this ruisseau

05:59However,

06:00images of the air

06:01and photos

06:02taken by the travelers

06:03and travelers

06:04have confirmed

06:05the existence

06:06of this bifurcation

06:07a numerical model

06:08also shows

06:09that if you

06:10vers the water

06:11exactly where

06:12it is supposed to be

06:13naturally

06:14in two directions

06:15Divide Creek

06:16is located just

06:17at the border

06:18between the British Columbia

06:19and Alberta

06:20Canada

06:21this river

06:22descends a mountain

06:23and joins a zone

06:24in form of the cell

06:25called Kicking Horse Pass

06:26where it is divided

06:27in two

06:28this is due to the lake

06:29summit

06:30which is located

06:31just west of the

06:32continental line

06:33of the partage

06:34of the eau

06:35a long time

06:36the lake summit

06:37was much bigger

06:38and probably

06:39could have caused

06:40the division

06:41of the river

06:42but at the time

06:43the lake

06:44and it is now

06:45that the west

06:46it has left

06:47behind him

06:48a humid

06:49sea

06:50exactly

06:51the most high

06:52like the Royal

06:53Partido

06:54Divide Creek

06:55does not appear

06:56on many ancient maps

06:57it is small

06:58and the region is covered

06:59with a dense

07:00so that even

07:01the photos

07:02not clearly

07:03the division

07:04of the water

07:05the best proof

07:06that we have today

07:07is from the national park

07:08of Yoho

07:09where a marker

07:10explains the bifurcation

07:11is placed

07:12along the road

07:13and if you are a fan

07:14of adventure

07:15you can take a short

07:16path

07:17which leads directly

07:18to the place

07:19where David Creek

07:20is divided

07:21and now

07:22what would you say

07:23to change the lake

07:24wallastone

07:25is in the extreme

07:26north-est

07:27of the Saskatchewan

07:28Canada

07:29the most fascinating

07:30is that it bifurc

07:31also

07:32near its north

07:33about 90% of its eau

07:35s'ecoulent

07:36dans la rivière Cochrane

07:37et se dirige

07:38de vers le nord-est

07:39tandis qu'environ 10%

07:40se déversent

07:41dans la rivière fond du lac

07:42et vont vers le nord-ouest

07:43l'endroit où l'eau se retrouve

07:45soit dans l'océan arctique

07:46soit dans la baie de Hudson

07:48dépend de quel côté

07:49de la longue péninsule

07:50elle se situe

07:51les cartes et les modèles

07:52montrent qu'il pourrait

07:53encore y avoir

07:54un certain écoulement d'eau

07:55entre les deux côtés

07:56de la péninsule

07:57donc techniquement

07:58ce n'est pas une bifurcation

07:59parfaite

08:00mais cela reste l'une

08:01des caractéristiques naturelles

08:02les plus fascinantes

08:03de la région

08:04la péninsule elle-même

08:05s'érode lentement

08:06et pourrait éventuellement

08:07disparaître

08:08mais les géologues pensent

08:09qu'en raison de la configuration

08:10en Y du lac

08:12l'eau continuera à se diviser

08:13en deux systèmes fluviaux

08:14quoi qu'il arrive

08:15bien avant l'arrivée

08:16des explorateurs européens

08:17les autochtones

08:18Chipewyan

08:19Dénésuline

08:20s'avèrent déjà

08:21que le lac Wollaston

08:22était spécial

08:23il l'appelait

08:24le lac Manito

08:25ce qui signifie

08:26esprit

08:27il croyait

08:28qu'il possédait

08:29des pouvoirs surnaturels

08:30en raison de sa position rare

08:31au sommet

08:32de deux grands bassins versant

08:34de la fin

08:35de la fin

08:36de la fin

08:37de la fin

08:38de la fin

Category

Transcript

Be the first to comment

Recommended