Answer:
<u>Explore It #1</u>
1) There are <u>12 consumers</u> in this food web.
2) This food web had <u>2 producers</u>.
<u>Explore It #2</u>
1) The Greenfly eats the berries. The berries are eaten by a grasshopper.
2) The snake eats the frog. The frog eats the grasshopper.
<u>Explore It #3</u>
1) The Frog eats a dragonfly.
The Snake eats the frog.
The Ladybug eats the greenfly.
<u>Explore It #4</u>
1) A snake eats a lizard. The Owl eats a lizard.
2) A shark eats a tuna. The Blue whale eats a group of krill.
<u>Give Brainliest if you please</u>
Answer:
"Long, bitterly cold, dry winters and short, cool, damp summers define the boreal forest climate. The boreal forest is alive with activity. In the winter, their conical forms decrease snow buildup on branches, preventing them from breaking under the weight of the snow."
Explanation:
Hope this helps! :)
Answer:
When a person eats veggies everyday .. that's consumption
Explanation:
Eating snacks and some cookies is consumption
Members is population go shopping is consumption
The Live oak trees can be defined as the sources of nutrients for the animals and plants.
Explanation:
Live oak trees are capable of producing acorns that turkeys, ducks, deer and other animals can feed on.
The acorn and flowers of oak rot and decay are the sources of nutrients for the soil and provides nutrients to other plants sharing the same soil for water and nutrients.
Answer:
Delta binds to the Notch receptor and this binding produces the cleavage of its intracellular domain, which subsequently enters into the cell nucleus to bind with a repressor in order to activate the transcription
Explanation:
The Notch signaling pathway is initiated when Notch receptors on the cell surface bind to the Delta ligand, which activates Notch signaling in cells next to it. In the receiving cell, Delta–Notch binding triggers the cleavage of the Notch intracellular domain called Nic (intracellular Notch). Subsequently, Nic enters into the cell nucleus where it releases repression on Suppressor of Hairless (Su(H)) class transcription factors, thereby activating the transcription of target genes.
