I would say a lion
a greater mass of animals than plants
Chloroplasts are always in plants. They are never in animals
plants and animals
There are cells in both plants and animals.
Plants get their energy through photosynthesis, and animals get their energy by consuming plants or other animals.
It means planting a number of different plants to get different crops for sale. Or it means having different animals available for sale. Diversification can protect against price failure for one or two of your diversified plantings or herd.
true
a greater mass of animals than plants
Yes, black bears eat plants and other animals. Since they eat plants and animals, that makes them omnivores, which mean they can eat plants and animals. Animals are their main food and plants are their diet.
The more different types of plants there are to eat the more different types of animals will adapt and speciate to eat them. Look at the adaptive radiation of Darwin's finches. The varieties of plants on the Galapagos caused the finches to adapt to the various ways of making a living from the diversified plants. Any tome a plant diversifies the possibility is that an animal will adapt to take advantage of the new resource by the usual means. Natural selection and the evolution.
No they are not. Plants and animals are also at risk.
animals pollinate the plants to help them reproduce, and continue the species. they also distribute the seeds to other places so there's a better chance of greater reproduction. one more way is..... found answer in wikia answers
Plants feed animals, animals fertilize plants.
The answer would depend on their relative sizes and the food pyramid.
plants: sunlight for photosynthesis animals: plants, other animals
Paul Kenrick has written: 'FOSSIL PLANTS' -- subject(s): Fossil Plants, Plants, Fossil 'The origin and early diversification of land plants' -- subject(s): Plants, Cladistic analysis, Evolution, Paleobotany
Cell division in animals take place by furrowing whereas in plants it is achieved by cell plate formation.