carefully describe its morphology of the climatron
Climatron does not contain any interior support and columns from floor to ceiling, which allows more light and space per square foot for plants than conventional designs. It rise up to 70 feet in the center, spans 175 feet in diameter at the base and has 1.3 million cubic feet, and encloses approximately 24,000 square feet. It is designed like a tropical rain forest, highlighting its diversity and ecology. They include plants such as banana, cacao, coffee, many wild-collected plants, orchids, and exotic, rare plants such as the double coconut, which produces the largest seed in the plant kingdom. The lush, green tropical rainforest environment is maintained by a computerized climate control system. Inside temperature ranges from 64°F (18° C) at night to a high of 85°F (29° C) during the day. The average humidity is 85 percent. Plants are watered with reverse osmosis purified, tempered water.
describe the morphology of birds, including features of the skeleton that are unique to birds and a discussion of variations seen in the morphology of feet, beaks and wings of different species.
Describe bacterial morphology, oxygen and temperature requirements of Escherichia coli
Describe the basic structure of viruses including all major variations in morphology.
11. Describe the bacteria in the figure based on morphology and gram stain. ASM Marebbrwyory Se
Describe the morphology of erythrocytes, the mechanism, and primary cause of the following anemias: Pernicious anemia, folate deficiency anemia, iron deficiency anemia, thalassemia, and sickle cell anemia.
2. Review the red cell morphology on the slide labeled elliptocytes. Compare and describe the shape of these red cells with those seen on the sickle cell (S/S) slide.
write a paragraph to describe the white blood cell and red blood cell morphology from monocytosis slide (blood smear slide)?
Describe the cell morphology, colors, and percentage of the total white blood cell count for each type of white blood cell that would be distinguished by a hematologist analyzing a stained blood smear.
Chloroplast Morphology Carefully review the online content for this section of the lab, including the interactive elements. You should also review the following sections of your textbook: • from Chapter 6: The Evolutionary Origins of Mitochondria and Chloroplasts • from Chapter 25: The First Eukaryotes • from Chapter 26: Interpreting Phylogenetic Trees Chloroplasts and Evolution 6. Compare the information from your textbook to the de Vries and Archibald (2018) figure. In this lab, you learned about some differences between plant...
what do you see from eosinophilia slide? describe the WBC and RBC morphology, any unique WBC?