What type of society is dependent on the combining of plant and animal genomes to create...

What type of society is dependent on the combining of plant and animal genomes to create food and medicine?

-bio-economic

-industrial

-hunter-gather

-none of the above

Expert Solution

Answer: Option 3. Hunter – gather

Reason:

People who obtain food by foraging wild plants and wild animals are referred as people following hunter-gather principle or way of life. These people are part of the society and are very well known as ‘hunter-gatherer society’. People belonging to this society rely on the wild plants and wild animals for their everyday needs and other medicinal needs. Presently a very few hunter-gatherer societies exist.

Example: Hadza people of Tanzania.

Bio-economic society is the one that focuses on using principles of biology and economics to manage resources. The industrial society is the one who’s primary focus is to use the natural resources and create wealth. Hence, the options, ‘bio-economic’ and ‘industrial’ are incorrect answer.

Hence, the correct answer is Option 3. Hunter – gather.

Hunter – gather society is dependent on the combining of plant and animal genomes to create food and medicine

Hayet Jeridi answered 1 year ago

Study Questions Imagine that you are breeding a specific type of plant or animal and there...

Study Questions Imagine that you are breeding a specific type of plant or animal and there is a characteristic (a phenotypic trait) that you want your breed to have, but it is a recessive trait in that species and none of the current generation you have to work with display the desired phenotype. Is it possible to devise a breeding plan that will result in that characteristic becoming universal among each subsequent generation? Try to imagine a hypothetical breeding population...

How do plant and animal cells differ? What type of fluid movement do each have?

Comparing plant cells and animal cells Plant cells and animal cells share many of the same structures, but each type of cell also has unique structures.

Part A - Comparing plant cells and animal cells Plant cells and animal cells share many of the same structures, but each type of cell also has unique structures. In this activity, you will indicate which cell structures are found only in plant cells, only in animal cells, or in both plant and animal cells. Drag each cell structure to the appropriate bin. If a structure is found in both plant cells and animal cells, drag it to the "both"...

what is a plant? what is a fungus? what is a Animal? What ius decomposer?

difine these in your own wornwhat is a plant?what is a fungus?what is a Animal?What ius decomposer?

What are the main difference between plant and animal cells?

Why are animal cells not totipotent like plant cells? What kind of animal cells is totipotent?

Describe cytokinesis in Plant and Animal cells. What are the purposes of mitosis?

What type of production animal is a herbivore and a hindgut fermenter?

1.) What type of production animal is a herbivore and a hindgut fermenter? 2.) In production animals what type of nutrient is the primary energy source? 3.) Which nutrient in production animals is the most expensive and builds body tissue and muscle? 4.) What types of feeds are referred to as concentrates? 5.) What type of feedstuffs contain pastures, silage, and hay? 6.) What type of production animal will need supplementation throughout life with Phosphorus, calcium, and iron?

1. Examine/Compare Plant and Animal Cells. 2. Identify the organelles within each type of cell and...

1. Examine/Compare Plant and Animal Cells. 2. Identify the organelles within each type of cell and explain their corresponding function(s). 3. Describe the structure and function of cell components, with emphasis on eukaryotes. 4. Discuss the evolutionary relationship of prokaryotic and eukaryotic cells.

What features of prokaryotic genomes suggest that they are under selection for small genomes and how...

What features of prokaryotic genomes suggest that they are under selection for small genomes and how does this differ from higher eukaryotes?

Question