Seed of various plants can be broadly divided into two groups. Those which germinate in autumn and winter, and those which germinate in spring and summer. Seed which normally germinates in spring and summer requires relatively warm germination temperatures (22 - 24 degrees Centigrade), while winter germinating seed requires temperatures between 18 and 20 degrees Centigrade. A number of seed types also have something called dormancy, this prevents seed which is dispersed at the end of the growing season from germinating immediately. For example, a plant flowers and produces seed in Summer. The seed is dispersed and drops to the ground. The seed may require a period of extreme cold or chilling before it will germinate. This prevents the seed from germinating and the the young plant being killed by low winter temperatures. The reverse is true of Winter seed.
it depends on the type of seed/plant.
no
optimal
The rate of bacterial growth may be affected by environmental factors both physical and biochemical. The physical factors include temperature, light, oxygen concentration, moisture, pH, hydrostatic pressure, osmotic pressure and radiation. The biochemical factors or nutritional factors include availability of carbon, nitrogen, sulfur, phosphorus, trace elements and in some cases, vitamins.
Temperature affects the rate of cell progress that is the mitotic rate to quite some extent. With the increase in temperature(3-25 degrees C) the mitotic cycle rate increases linearly.
lower it below or raise it above the the optimum temperature
they need sunlight, water, soil, a suitable temperature, and protection. Using music will increase the rate of the plants growth
Temperature is typically an independent variable used a lot of experiments. Say, for example, you are trying to see how temperature affects the growth rate of bacteria. You would know the values of temperature being used in the experiment because you are either increasing the temperature or decreasing it. The growth rate of the bacteria would be dependent on the temperature because increases and decreases in temperature could affect growth rate. In essence, the independent variable is typically the component you control in an experiment.
A scientist is going to perform an experiment to see how soil temperature affects the rate of plant growth. Which of the following pieces of equipment would be most helpful to the scientist during the experiment?
optimal
yes
Temperature affects both the rate of solution and the solubility of a solid in a liquid
Temperature, Concentration and size of molecules :)
The temperature of the system
temperature
thermometer
Cloud cover does not have a temperature. It affects the rate of heating or cooling.
Temperature affects the growth of salmon because.... if you give it sunlight and plenty of water it will grow. If it is cold then it probably will not grow at all. It is like plants and trees, salmon needs sunlight and if you water well enough then it will grow as you planned!!!!!!!!!!! thanx for asking this question...... i was happy enough to answer it for you.
It depends. A higher temperature will speed up an endothermic reaction, but slow down an exothermic reaction.