Answer:
particulate matter
Explanation:
<em>The most likely pollutant that is capable of causing a decrease in a forest's biodiversity, as well as decreased growth and reproductive health of individual plants within the forest, would be </em><em>particulate matters</em>.
Particulate matters in the atmosphere generally <u>get deposited on the organs </u>of plants such as leaves, stems, and flowers. When this happens,<u> they block the various openings of the organs such as stomata, lenticels, and hydathodes. </u>
The blockage of these openings results in several physiological processes such as photosynthesis and gaseous exchange being negatively affected leading to decreased growth, reproductive health, or sometimes, outright death of plants.
The death of many individual plants in a forest eventually leads to <u>a decrease in the diversity of the forest.</u>
Owls have very good hearing, and have the power of 'silent flight'. Owls also have gizzards, which is where the most fur and bones go instead of being swallowed and then are brought back up in the form of a pellet.
Hope that helps somewhat. =]
The answer is true. blood flow to many different organs to meet the increased metabolic needs of the tissues.
The gall bladder is composed of the following major tissues.
The epithelium
This is the layer found innermost in the gall bladder.
Submucosa
This is a thin layer of tissue composed of loose connective tissue.
Smooth Muscular tissue.
This tissue forms a muscular layer in transverse, oblique and longitudinal directions and these muscular tissue contracts to expel bile from the gall bladder.
Perimuscular tissue
This is a tissue that is fibrous in nature and is a connective tissue.
Serosa
This is quite a thick layer of tissue. It covers the gall bladder's outer surface . It contains lymphatic network, nerves and large blood vessels .Where it is connected to the liver it is known as adventia. In the region that is not attached there is found an outer layer of loose connective tissue (serosa) and another kind of tissue known as mesothelium.