less glucose would be available for energy production.
Chloroplasts are highly specialized plastid organelles that house the photosynthetic pigment reactions in plants. These functions are found in less specialized plastids of algae. Further back in complexity we find the basal pigment absorbing light reactions in bacteria are able proceed without internal organelles so plants would still be like cyanobacteria or other autotrophic bacteria types that lack organelles. There would be photoautotroph plants like purple sulfur Halobacteria, and the cyanobacteria but without organelles housing the chlorophyll or other pigment based light reactions. It is likely the terrestrial plants could exist with another method of isolating the light reactions. Plants as terrestrial photoautorophs could have come up from a lineage of photosynthetic bacteria with mitochondria to make them eukaryotic but not chloroplasts.
The plants would possibly retain the photosynthetic reactions as a part of the cellular membrane in a highly folded structure but one made solely from the parental lipid membrane like bacteria do it. The membrane would not be double. The plants would carry all the genetic information for the entire photosynthetic process in the nucleus. There would be an elaborate genetic regulatory sequence of proteins so the cells could adjust the level of photosynthesis since they could not just have more chloroplast organelles per cell. Instead they would have greater folding and regionalization of very specialized cells for photosynthesis.
It happened that a cell population acquired the entire photoautotrophic endosymbiont so could out compete any lineage evolving the regulatory elaborations to isolate the light chemistry so this is the plastid pathway that survived to become the terrestrial plants but it is not the only pathway that could function.
If the chloroplast did not absorb water[H2O], the plant will not create ATP and carrier molecule with hydrogen. If ATP did not exist, we will not have oxygen[O2 ]. All mammals will die.
photosynthisis would no longer be possible because chlorophyll is the the green color produced through photosynthisis
The chlorophyll molecules would have fewer electorns to replace the ones lost.
chlorophyll is the pigment present in the plant that is resposible for the process of photosynthesis
it produce the color for the plant cell
Photosynthesisis the process needed for chlorophyll to work. Chlorophyll is a chemical inside a plant which gives plants their green color.
There is no specific name to the process, this is simply a metabolic process that produces the pigment chlorophyll. Photosynthesis, however it the process that is used by the chlorophyll to produce food from sunlight
The process of photosynthesis, as catalyzed by chlorophyll or an equivalent molecule.
chlorophyll is the pigment present in the plant that is resposible for the process of photosynthesis
Chlorophyll
it produce the color for the plant cell
Chlorophyll Further answer Chlorophyll enables photosynthesis to happen and the plant needs carbon dioxide to convert to sugars in the process.
Photosynthesis Water, Sunlight, and Carbon Dioxide go into the chloroplast, and glucose and oxygen come out.
The pigments are responsible for capturing the light energy from the sun and converting it to chemical energy. This is the first step of photosynthesis, so the pigments are responsible for initiating photosynthesis.
Photosynthesisis the process needed for chlorophyll to work. Chlorophyll is a chemical inside a plant which gives plants their green color.
Photosynthesis is the process needed for chlorophyll to work. Chlorophyll is a chemical inside a plant which gives plants their green color.
An example of Chlorophyll is the green in the Chloroplasts of plant species to aid in the process of photosynthesis.
chlorophyll does not enter the plant, sunlight does.
There is no specific name to the process, this is simply a metabolic process that produces the pigment chlorophyll. Photosynthesis, however it the process that is used by the chlorophyll to produce food from sunlight
The process of photosynthesis, as catalyzed by chlorophyll or an equivalent molecule.