1. Around 1900 the first dams were built on the Muskegon river, and this immediately cause a problem in the ecosystem by being a blockade for the movement of the water species, as well as causing higher mortality by killing them in the turbines.
2. By 1950 more dams were built, and the there were even more blockades on the way of the water species, so their movement was restricted even more, the mortality rates skyrocketed because of the disposing of the oxygen, temperature change, river flows changing etc.
3. Even though the scientists miss information from the period before the dams were built, since the information have started to be gathered it has been very obvious that the main factor for ruining the ecosystems on the Muskegon river are the dams by causing all sorts of changes in the water.
La revolución industrial de Alemania se produjo en el siglo XIX, luego del proceso de industrialización que ya venía desarrollando Inglaterra. Esta última facilitó la revolución que Alemania viviría ya que invirtió capitales, maquinaria y debió abastecerse de mano de obra especializada, y se radicó con más fuerzas ya que las regiones de Alemania contaban con variados recursos naturales. Este acontecimiento trajo consecuencias políticas y por supuesto económicas, las que influyeron de forma importante en todos los aspectos.
Espero que ayude
the answer is 4
the Panhandle, North Texas, South Texas, and West Texas.
Answer:
this should help
Explanation:
In a rocket, burning fuel creates a push on the front of the rocket pushing it forward. This creates an equal and opposite push on the exhaust gas backwards
Dams are important because:
They provide water for domestic, industry and irrigation purposes.
Dams often also provide hydroelectric power production and river navigation.
Domestic use includes everyday activities such as water for drinking, cooking, bathing, washing, and lawn and garden watering.
Dams and their reservoirs provide recreation areas for fishing and boating.
They help people by reducing or preventing floods. During times of excess water flow, dams store water in the reservoir; then they release water during times of low flow.
