Answer:
c. They lack lignified vascular tissue
Explanation:
We know that forest consists of tall trees. In the tall trees the water and minerals are transported to the every part of tree through the lignified vasucular tissue. This tissue not only helps in transport within the tree but also provides some sort of mechanical strength due to the presence of lignin it its walls. On the other hand bryophytes are non-vascular plants which means they lack vascular tissue and thus a mechanism for long distnace transport of water and minerals is absent in them. So they can't be taller as a tree and thus can't form forest.
The carbon fixation occurs in the stroma, which is the colourless fluid that bathes the grana inside the chloroplast. It is in the stroma that the biochemical <span>reactions of reduction take place, one of them being</span><span> </span><span>carbon fixation. This is a light-independent reaction that is part of Calvin cycle. The stroma is where the enzymes that catalyse these reactions can be found.</span>
Answer:
producing ore of your own
Explanation:
offspring is from an animal or plant, like when they have babies
Answer:
Explanation:
An increase in length of the shoot and the root is termed to as primary growth of a plant. It occurs as a result of cell division in the apical meristem. Secondary growth is identified by an increase in thickness or girth of the plant caused by cell division in the cambia or lateral meristems.
1) apical meristem- primary growth
2) cork cambium - secondary growth
3) elongation - primary growth
4) provides structural support - secondary growth
5) increases exposure to light - primary growth
6) increases vascular flow - secondary growth
7) growth in thickness - secondary growth
8) occurs in plants that live many years - both primary and secondary growth
9) occurs in plants that live only one year - primary growth
10) lateral meristem - secondary growth
11) vascular cambium - secondary growth.
