Emerson effect: Difference between revisions
Content deleted Content added
Jeyamalini (talk | contribs) ←Created page with 'The rate of photosynthesis after exposition to light of the wave length lambda = 670 nm and lambda = 700 nm, respectively. When simultaneously exposed to light of b...' |
Jeyamalini (talk | contribs) No edit summary |
||
| Line 1: | Line 1: | ||
The rate of photosynthesis after exposition to light of the wave length lambda = 670 nm and lambda = 700 nm, respectively. When simultaneously exposed to light of both wave lengths is the rate of photosynthesis increased. This increse in rate of photosynthesis is called as Emerson effect. |
The rate of photosynthesis after exposition to light of the wave length lambda = 670 nm and lambda = 700 nm, respectively. When simultaneously exposed to light of both wave lengths is the rate of photosynthesis increased. This increse in rate of photosynthesis is called as Emerson effect. |
||
== Reference == |
|||
[http://botanydictionary.org/emerson-effect.html] |
|||
Revision as of 08:06, 7 September 2009
The rate of photosynthesis after exposition to light of the wave length lambda = 670 nm and lambda = 700 nm, respectively. When simultaneously exposed to light of both wave lengths is the rate of photosynthesis increased. This increse in rate of photosynthesis is called as Emerson effect.