They improved the drainage of the trenches to reduce standing water. They also instituted regular foot inspections, greasing of toes and changes of socks. Waterproof footwear also greatly helped.
British Trenches were waterlogged due to 2 key reasons:The geography of the trenches meant that they were largely flat and below sea level. This meant water was trapped in the trenches as they were dips in the groundThe trenches also had poor drainage systems, which did not allow water to escape
Shell shock (mental illness caused by everyday bombing and horrific scenes) Trench foot (where soldier's feet swelled up and were red, raw and very painful, caused by the icy water soaking through their boots and the coldness of the trenches.) Lice and mice carried diseases and when they bit the soldiers, they passed on the disease. Some could be deadly Contaminated water was also often drank by the soldiers in the trenches, which sometimes resulted in getting diseases and flu.
In the trenches, there was water. Like when you can't play a football match, you have a waterlogged pitch. If you stood in the mud and water in the trenches for too long, you caught trench foot, which is sometimes fatal if you don't remove the gangrene.
It probably sucked...they were in trenches...and trenches collect water...people in the trenches were at risk of getting trench foot...and there were trench rats too....try sleeping in a cold damp muddy hole :)
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The trenches were filled with water because when it rained if they didn't pile the sides up with sand and supported the sides would slip and make mud puddles at the bottom of the trench.
The density of the material is greater than the density of water if it sinks to the bottom of the container when placed in water.
During World War I, trenches often had a sump to collect water and waste. To manage this, a cover or lid made of wood or metal was typically placed over the sump to prevent debris from falling in and to reduce the risk of disease. This practice helped maintain hygiene in the unsanitary conditions of the trenches, which were often flooded and filled with stagnant water.
When it rained, the trenches would fill with water and the soldiers had to stay in it. When they did, they would get some fungus disease known as "trench foot" on their feet from standing in the cold muddy water for so long. There were also rats.
No, emeralds are denser than water, so they will sink to the bottom if placed in water.
Duckboards were basically wooden planks, nailed to runners and placed on the bottom of trenches, to allow troops to walk over the mud, which was slippery and often deep. It also helped keep feet dry to prevent trenchfoot (tissue necrosis due to prolonged immersion).
WWI Trenches versus Water/Mud Although many if not most of the trenches of WWI were plagued with standing water and mud, not all were. Where the contour of the ground allowed, the bottom elevation of the trenches would be sloped to a point where the trench opened to lower ground, allowing enough drainage to greatly reduce or eliminate standing water. Although an improvement, it did not prevent the trench bottoms from being a quagmire of mud during rainy periods.
Just from spending your life in the trenches, the bottom of which are usually mud at best, and anywhere from several inches to several feet deep in water when it rains. Your shoes and feet never dry out, and its impossible in the trenches to do anything about it.
No, feldspar does not float in water because it is more dense than water. When placed in water, feldspar will sink to the bottom.
No, erasers typically do not float in water because they are denser than water. When placed in water, erasers will sink to the bottom due to their higher density.
No, sharpeners do not float in water as they are usually made of materials that are denser than water, such as metal or plastic. If placed in water, the sharpener will sink to the bottom.
The density of the material is greater than the density of water because it sinks to the bottom of the container. Objects with a density greater than that of water will sink in water.