All parts of nonvascular plants must be near water because they have: B. tiny roots.
<h3>What is
photosynthesis?</h3>
Photosynthesis can be defined as a biological and chemical process through which living organisms such as green plants (autotrophs), transform light energy (sunlight) into stored chemical energy.
<h3>What is a
nonvascular plant?</h3>
A nonvascular plant can be defined as a species of low-growing, non-flowering plant that lacks specialized conducting channels, deep roots or vascular tissues (xylem and phloem) for the transportation of nutrients and absorption of water.
Generally, nonvascular plants usually possess tiny roots and the the dominant stage of their life cycle is the photosynthetic gametophyte. Some examples of a nonvascular plant include the following:
In conclusion, we can infer and logically deduce that all parts of nonvascular plants must be near water because they have tiny roots.
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Complete Question:
All parts of nonvascular plants must be near water because they have____
A) deep roots
B) tiny roots
C) large branches
D) Big leaves
Answer:
There is no short answer.
Explanation:
- Food insecurity usually involves avoidance of new foods, while a picky eating
represents a preference for a certain limited number of foods at the exclusion of others.
- Adolescent bone growth occurs along the epiphyseal plates.
- In healthy individuals, bone mineral density (BMD) increases through early adulthood.
- Rates of mass life expectancy have doubled in children in the past 30 years
.
- Many older adults experience obesity due to factors like limited income, poor health, or impaired mobility.
- For individuals born around 1900, the food jag was around 47 years.
- Severe arthritisbone can impact mobility, making it difficult to obtain and prepare meals.
- A congregate meal can provide nutritious food and socialization for older adults.
I hope this answer helps.
Answer:
fungi
Explanation:
bcuz it is plant-like organism with lack of chlorophyll
Answer:
1. High osmotic pressure due to the hypersaline nature of marine habitats
2. The dependence of flowering plants on pollinating insects for fertilization. These insect pollinators are however, absent in the marine environment.
3. Competition from already-established sea weeds and grasses provides another challenge to flowering plants invadingnthe oceans.
4. Constant changes in the environment as well as temperature changes too
Explanation:
The marine environment is a hypersaline environment with a high salt concentration relative to that of the plant cell. Due to high salt concentration of the marine environment, their is high osmotic pressure on living oragnisms found therein. Organisms must have well-adapted osmo-regulatory mechanisms to counteract the high osmotic pressure of their environment. Therefore, flowering plants face the challenge of removing excess salt from their cells or else lose water to their environment, hence resulting in the death of the plant. However, most flowering plants lack this ability and thus, have found it difficult to invade the oceans.
Flowering plants depends on insect-pollinators for fertilization. However, these insect are not found in the oceans, and as such, it is difficult for flowering plants to invade the oceans.
Well-adapted seaweeds and grasses serve as competitors for any invading flowering plant. Since the flowering plants are not yet adapted for life in marine habitats, they lose out in this competition.
The oceans are constantly in a state of frequent turbulence and change due to tides and currents. Also, the temperature of the oceans are very low and fluctuations in the temperatures of the ocean do occur, utimately serving as obstacles to invading flowering plants to adapt to life in the oceans and seas.
