Light intensity:
As the light intensity increases the rate of photosynthesis also increases as this is helping the chloroplast to absorb chlorophyll. However, when it reaches its optimum level the level stays the same.
Moreover, the Carbon dioxide concentration levels allows the plant to create food quicker. Once the Carbon dioxide reaches its optimum level the rate of photosynthesis stays the same.
In addition, at the start, when the temperature begins to rise the rate of photosynthesis rises with it although after it reaches its optimum we see a dip as the heat causes the enzymes involved in photosynthesis denatured (this means that the enzymes die).
An explanation of the economics of increasing the rate of photosynthesis in commercial …show more content…
The way they work is that the fossil fuels are burnt which produces carbon dioxide whilst the plants can benefit from the heat that comes of off it. This isn’t good as it means that greenhouse gases are let in to the atmosphere. These cause global warming and climate change.
The third, blinds are accommodating because as we know that when the temperature increase the rate of photosynthesis rises with it. But when the temperature gets to high the enzymes become denatured. So these blinds make sure the level of heat doesn’t get too high in summer.
Method four brings us on to computer controlled systems. These may seem very sophisticated and are however this means that all the important factors that affect photosynthesis are able to be controlled whatever the weather outside. A disadvantage is it uses electricity which cannot be good for the environment and not all farmers have expertise in computing.
Liquid Carbon dioxide. Yes, you guessed it the carbon dioxide is liquidised. As a result, the Carbon dioxide can be pumped in to the greenhouse whenever needed. Unfortunately, it costs £7000 per year per greenhouse.
Propane burners increase the heat and carbon dioxide levels. It costs £30200 all together to install and to
As the light intensity increases the rate of photosynthesis also increases as this is helping the chloroplast to absorb chlorophyll. However, when it reaches its optimum level the level stays the same.
Moreover, the Carbon dioxide concentration levels allows the plant to create food quicker. Once the Carbon dioxide reaches its optimum level the rate of photosynthesis stays the same.
In addition, at the start, when the temperature begins to rise the rate of photosynthesis rises with it although after it reaches its optimum we see a dip as the heat causes the enzymes involved in photosynthesis denatured (this means that the enzymes die).
An explanation of the economics of increasing the rate of photosynthesis in commercial …show more content…
The way they work is that the fossil fuels are burnt which produces carbon dioxide whilst the plants can benefit from the heat that comes of off it. This isn’t good as it means that greenhouse gases are let in to the atmosphere. These cause global warming and climate change.
The third, blinds are accommodating because as we know that when the temperature increase the rate of photosynthesis rises with it. But when the temperature gets to high the enzymes become denatured. So these blinds make sure the level of heat doesn’t get too high in summer.
Method four brings us on to computer controlled systems. These may seem very sophisticated and are however this means that all the important factors that affect photosynthesis are able to be controlled whatever the weather outside. A disadvantage is it uses electricity which cannot be good for the environment and not all farmers have expertise in computing.
Liquid Carbon dioxide. Yes, you guessed it the carbon dioxide is liquidised. As a result, the Carbon dioxide can be pumped in to the greenhouse whenever needed. Unfortunately, it costs £7000 per year per greenhouse.
Propane burners increase the heat and carbon dioxide levels. It costs £30200 all together to install and to