Biology B - Exit Ticket by Jennifer Marchand

marchand5_1 — 2025-01-21 16:21:22 UTC

What other ways do you think humans obtained mad cow disease?

2025-01-21 17:42:43 UTC

You can also get mad cow disease from receiving blood from an infected person.

jaelinares1_1 — 2025-01-21 18:12:07 UTC

Inheriting the disease from an infected person

emilyowens7_1 — 2025-01-21 18:12:34 UTC

you can get it from infected meat or people

richardeastmansisk1_1 — 2025-01-21 18:12:56 UTC

You can get Mad Cow Disease from an infected person in ways like their blood transfusions or through infected meat.

summerochodnicky2 — 2025-01-21 18:13:00 UTC

eating meat brain or spinal cord from a contaminated cow.

2025-01-21 18:13:04 UTC

Eating nervous system tissues

2025-01-21 18:13:08 UTC

Inheriting the disease from an infected organ.

2025-01-21 18:13:25 UTC

you can gain it from maybe blood transfusion from an infected person

ellamassie1_1 — 2025-01-21 18:13:32 UTC

Someone can get mad cow disease if they receive blood from an infected person.

2025-01-21 18:13:37 UTC

humans can nessasarly get mad cow, but they can get vCJD which is like it but the human varient, which is when your prions the healthy ones meet the infected ones, they twist and fold into atypical ways, which it js kinda kills

you

kevinmiller13_1 — 2025-01-21 18:13:40 UTC

Uh... Humans don't get Mad cow, they get a different version of it, while very similar, and still very rare. So gelatin is still on the table, or eating the brain or related infected bits

nikolaschristopher1_1 — 2025-01-21 18:14:25 UTC

humans can get it by eating infected parts of a cow

2025-01-21 23:48:25 UTC

They can't actually get mad cow, though if someone has the version similar to cows. Say you get a blood tranfusion.

marchand5_1 — 2025-01-23 13:35:42 UTC

1/28 - Based on what you learned today, why do you think the autonomic nervous system is so important for our health and well-being?

clarapaulsen1_1 — 2025-01-28 18:08:42 UTC

It powers us bro. It tells our heart to beat, it tells our eyes what we see, it tells us to breathe.

2025-01-28 18:09:04 UTC

It does all kinds of things like breathing and regulates our heart rate, without it we would die so kind of hard to not like it.

2025-01-28 18:09:10 UTC

it give us life, i mean it helps up live, and basically is the reason we can

richardeastmansisk1_1 — 2025-01-28 18:09:13 UTC

Our autonomic nervous system is very important as it reacts to pain to help. This could do things like let you know something is hot with pain so you don't burn yourself.

summerochodnicky2 — 2025-01-28 18:09:22 UTC

it controls digestion and blood pressure

2025-01-28 18:09:23 UTC

It controls our breathing, which we can't live without.

emilyowens7_1 — 2025-01-28 18:09:38 UTC

it tells us to breathe

kevinmiller13_1 — 2025-01-28 18:09:41 UTC

I believe its important due to it keeping us from holding our hands on a hot surface, or something similar. Or, it helps us breathe, and controls blood pressure

2025-01-28 18:09:47 UTC

because it regulates vital bodily functions like heart rate

2025-01-28 18:09:57 UTC

It helps us breathe, keep our hearts going, and maintain homeostasis.

nikolaschristopher1_1 — 2025-01-28 18:10:00 UTC

it controls our breathing and heart which keep us alive

2025-01-28 18:10:02 UTC

It's important to make us not continue to hurt ourselves like on a stove

ellamassie1_1 — 2025-01-28 18:10:15 UTC

The automatic nervous system is important because it helps with temperature control.

2025-01-28 18:11:05 UTC

It keeps us alive as we rest and are unconscious.

marchand5_1 — 2025-02-04 13:13:56 UTC

Imagine you are a forensic anthropologist examining skeletal remains. Describe two specific features of the skeletal system that could help you identify the individual and explain how each feature provides clues about the person's identity.

2025-02-04 18:01:58 UTC

The skull and the Hight of the skeleton can help a lot

summerochodnicky2 — 2025-02-04 18:15:53 UTC

dental, pelvic structure.

emilyowens7_1 — 2025-02-04 18:16:09 UTC

pelvis and skull shape

richardeastmansisk1_1 — 2025-02-04 18:16:17 UTC

If I was examining two specific features for evidence on somebody's skeleton I would study the skull and femur. The skull could provide me information on the sex and race. Whilst the femur could tell me around the height of the person.

2025-02-04 18:16:21 UTC

The nasal spine shows you their race. The pelvis shows you their gender.

2025-02-04 18:16:31 UTC

One feature we could use is the femur to find out how tall they were and their sex, but we could also examine their skull to find out their race and age.

nikolaschristopher1_1 — 2025-02-04 18:16:33 UTC

The size of the Femur. This can give you the height of the person.

The features of the skull. This can tell you their race and age.

2025-02-04 18:16:53 UTC

Pelvis, skull, and Femur

2025-02-04 18:16:53 UTC

The size and shape of the skull and the nasal passage can help me identify the person. The size of the skull can determine the gender, and the nasal passage can determine the race.

clarapaulsen1_1 — 2025-02-04 18:17:44 UTC

bone structure, specifically in the pelvic and skull/jaw area

2025-02-04 18:17:47 UTC

hips, they are wider if female, because they have to bare children

dental, can tell you who the person is

sternum-can identify the gender,the age and stature

skull-can identity age,

kevinmiller13_1 — 2025-02-04 18:18:20 UTC

Skeletal feature that could be recognised:

1.Bone shape

breaks in the bone
missing finger/toe before accident

ellamassie1_1 — 2025-02-04 18:18:32 UTC

Pelvic structure and unique characteristics.

marchand5_1 — 2025-02-11 13:14:28 UTC

Imagine you are lifting a heavy box. Describe the movement at your elbow joint (flexion or extension) and name one muscle that would be involved in this action. Also, indicate whether that muscle is contracting or relaxing during this movement.

summerochodnicky2 — 2025-02-11 18:16:09 UTC

flexion bicepts brachii it would be contracting

2025-02-11 18:17:42 UTC

flexion. bicep, contracting

emilyowens7_1 — 2025-02-11 18:17:47 UTC

flexion

involves bicep

contracting

jaelinares1_1 — 2025-02-11 18:19:22 UTC

The elbow joint would flex inward, and one involved muscle would be the bicep which contracts

2025-02-11 18:19:40 UTC

The muscle is flexion—the bicep brachii. It is contracting.

2025-02-11 18:19:44 UTC

To bend the elbow, the biceps contracts and the triceps relaxes

ellamassie1_1 — 2025-02-11 18:19:44 UTC

As you lift the heavy box, your elbow joint undergoes flexion. The biceps brachii contracts to help bend your arm.

nikolaschristopher1_1 — 2025-02-11 18:19:47 UTC

flexion. Bicep. Contracting.

2025-02-11 18:20:12 UTC

Tis contracting, bicep movement mostly

2025-02-11 18:20:23 UTC

The elbow flexes inside and the muscle would be the bicep

kevinmiller13_1 — 2025-02-11 18:20:52 UTC

The tricep, so extension

2025-02-11 18:21:12 UTC

The elbow would flex by using the biceps which would contract

2025-02-11 18:21:23 UTC

Flexion, involving the bicep, contracting.

richardeastmansisk1_1 — 2025-02-11 18:21:59 UTC

Lifting a heavy box would involve flexing, contracting, and using bicep movement.

2025-02-11 18:23:29 UTC

flexing bicep

2025-02-13 22:44:43 UTC

Probably from sharing things like food or bad food like meat or milk or stuff in that nature.

marchand5_1 — 2025-02-18 13:25:10 UTC

Athletes often train at high altitudes where the air has less oxygen. Explain how the respiratory and circulatory systems adapt to this change over time.

2025-02-18 17:35:54 UTC

It will increase breathing speed also known as hyperventilation (as someone with asthma i know this by heart 🥲)

2025-02-18 18:30:17 UTC

It will increase breathing speed.

2025-02-18 19:00:25 UTC

The breathing speed will increase and the heart will pump faster.

richardeastmansisk1_1 — 2025-02-18 21:56:15 UTC

The circulatory and respiratory systems can adapt to running at high altitudes by your blood flowing faster, your heart beating faster, and by rapidly breathing.

marchand5_1 — 2025-02-25 17:06:26 UTC

We have frequently talked about body systems that are working together to keep homeostasis inside of the body. Describe (2-3 sentences) 2 other body systems that work together to provide homeostasis.

summerochodnicky2 — 2025-02-25 18:18:21 UTC

the nervous system and the endocrine system work in homeostasis by sending signals to release hormones. allowing the body to adjust to blood sugar levels.

2025-02-25 18:18:37 UTC

The nervous system detects changes in the internal environment. The endocrine system gives hormones to the bloodstream.

2025-02-25 18:18:40 UTC

The skeletal system and muscular system work together to help your body move. They also help your body stay in one piece while moving.

kevinmiller13_1 — 2025-02-25 18:19:36 UTC

So, the two systems that keep the body all well and good are the brain system and the circulatory system. The Brain keeps everything working, making sure the body stays functional. The circulatory system keeps oxygen and blood flowing through the body, making sure the brain gets blood and air, making it so the circulatory system still works.

2025-02-25 18:19:38 UTC

the digestive, and the reproductive, if there is child your digestive is sorta connected to the child for giving child food

clarapaulsen1_1 — 2025-02-25 18:20:02 UTC

The Nervous system helps detect changes in temperature, then sends signals to the brain. The integumentary system helps to warm us up with things like hair raising.

2025-02-25 18:20:16 UTC

Digestive system has many functions such as giving us nutrients so we can live and they work together with the body excretory because if what’s bad doesn’t exit out it will poison you

emilyowens7_1 — 2025-02-25 18:20:37 UTC

the circulatory and respiratory systems. it consists of the heart, blood vessels, and blood. transporting oxygen and nutrients to the body's cells and removes waste

ellamassie1_1 — 2025-02-25 18:21:23 UTC

The respiratory and circulatory systems work together to provide oxygen and remove carbon dioxide, while the nervous and muscular systems help regulate body temperature. These systems keep the body balanced and working properly.

nikolaschristopher1_1 — 2025-02-25 18:21:35 UTC

The muscular system and digestive system. you can use the muscular system to get food and use the digestive system to digest the food. the digestive system also uses muscles to help with digestion at some points.

richardeastmansisk1_1 — 2025-02-25 18:21:44 UTC

The skeletal system and muscular system work together. This is because the muscles connect to the bones and allow you to move by working together. The bones also help give the muscles support.

2025-02-25 18:21:53 UTC

The digestive and reproductive system are kind of connected if you are eating food.

jaelinares1_1 — 2025-02-25 18:22:11 UTC

The digestive system and excretory system work together to maintain homeostasis within the body. The digestive system will process food and fluid in our body, and our excretory system will eliminate the waste by expelling it through different means such as defecating or sweating.

marchand5_1 — 2025-03-11 12:23:58 UTC

Imagine you are building a LEGO castle. Would this be more like a catabolic or anabolic process? Explain your reasoning.

jaelinares1_1 — 2025-03-11 17:19:21 UTC

I think the process of building a castle is a catabolic reaction because you are using and releasing energy to work rather than taking any in - which is an exothermic reaction.

clarapaulsen1_1 — 2025-03-11 17:19:39 UTC

It could be catabolic, seeing as you are taking something away from yourself.

but for the most part I would imaging it would be atabolic. You're adding to something, you're not taking away from something.

nikolaschristopher1_1 — 2025-03-11 17:19:53 UTC

I think it would be more like an anabolic process because energy is entering the castle

richardeastmansisk1_1 — 2025-03-11 17:19:55 UTC

Building a castle out of Legos would be more similar to an anabolic process as an anabolic proccess is taking small pieces and building it to a large piece whilst a catabolic process is the opposite.

2025-03-11 17:20:10 UTC

Anabolic because you're not removing the lego; you're putting it there.

2025-03-11 17:20:10 UTC

anabolic becuase you are adding smaller things to make a larger thing

2025-03-11 17:20:12 UTC

Anabolic because the small legos make up the bigger castle

emilyowens7_1 — 2025-03-11 17:21:04 UTC

it would be anabolic because it's building larger molecules from smaller ones

summerochodnicky2 — 2025-03-11 17:21:42 UTC

It would be similar to a anabolic building both larger and smaller ones

ellamassie1_1 — 2025-03-11 17:22:23 UTC

Building a Lego castle is like an anabolic process because you assemble smaller pieces to create a larger structure.

marchand5_1 — 2025-03-31 15:36:52 UTC

Explain the connection between glucose and ATP in cellular respiration. In your explanation, briefly describe where this process occurs within a cell.

2025-04-01 17:14:26 UTC

everything essentially runs faster, your heart, breathing, etc.

2025-04-01 17:15:01 UTC

glucose is broken down, and the energy released is used to produce ATP

richardeastmansisk1_1 — 2025-04-01 17:16:02 UTC

Glucose leads to ATP energy being created. It does this by being broken down then the broken down pieces going through the different processes of cellular respiration such as glycolysis, fermentation, the Krebs Cycle, and the electron transport chain.

summerochodnicky2 — 2025-04-01 17:16:15 UTC

glucose is steps to release energy that can be used to generate ATP, ATP is the main energy source.

nikolaschristopher1_1 — 2025-04-01 17:16:27 UTC

in cellular respiration glucose is broken down to produce ATP. this happens in the cytoplasm and mitochondria.

emilyowens7_1 — 2025-04-01 17:16:35 UTC

glucose breaks down forming into ATP

2025-04-01 17:16:48 UTC

Glucose is the initial energy source while atp is the usable energy for cellular functions

2025-04-01 17:17:21 UTC

the glucose breaks down then the energy released produces atp

2025-04-01 17:17:26 UTC

In cellular respiration, Glucose is used to create ATP and energy. A majority of steps take place in the Mitochondria, but the first step takes place in the cytoplasm.

ellamassie1_1 — 2025-04-01 17:18:10 UTC

Glucose is broken down in the cytoplasm and mitochondria to produce ATP.

2025-04-01 17:18:13 UTC

Glucose is broken down which forms ATP.

2025-04-01 17:18:41 UTC

It breaks down glucose and the energy is used to make ATP, it occurs in the cytoplasm.

marchand5_1 — 2025-04-08 12:27:34 UTC

Of the following human vestigial structures – appendix, wisdom teeth, tailbone (coccyx), arrector pili muscles, and tonsils – which do you think is most likely to disappear entirely from the human population over evolutionary time, and why?

2025-04-08 17:14:53 UTC

the wisdom teeth because they get taken out majority of the time

2025-04-08 17:15:01 UTC

I think tailbones and appendixes are atleast somewhat still useful, however I believe most peoples wisdom teeth will disappear. Unless society falls and we need bigger mouths again.

emilyowens7_1 — 2025-04-08 17:15:04 UTC

wisdom teeth because we don't need them anymore

richardeastmansisk1_1 — 2025-04-08 17:15:15 UTC

I believe the wisdom teeth are most likely to be removed as they are often manually removed, don't serve a purpose, and can even harm the body around it.

nikolaschristopher1_1 — 2025-04-08 17:15:21 UTC

wisdom teeth because they hurt us and we don't need them anymore

summerochodnicky2 — 2025-04-08 17:15:48 UTC

wisdom teeth because diets now days are much softer and this is reduce the need for stronger jaws and the jaw size has gotten smaller leaving no room for the teeth

2025-04-08 17:16:04 UTC

I think wisdom teeth will disappear next. Many people already get them removed so unless something happens in the world that requires people to use them again, they’ll disappear.

2025-04-08 17:17:13 UTC

Probably wisdom teeth because we already remove them at the denists office.

2025-04-08 17:17:22 UTC

I think that wisdom teeth will disappear because we don't really have a need for them anymore and many people get them removed.

2025-04-08 17:18:10 UTC

I think The appendix, because it no longer plays a significant role in digestion or immunity in humans

marchand5_1 — 2025-04-15 18:55:37 UTC

Explain how a population of insects could become resistant to a pesticide over several generations through the process of natural selection.

2025-04-22 17:19:39 UTC

by over use of the pesticide

elizajohnston1_1 — 2025-04-22 17:20:25 UTC

I think when a small percentage of the population already possesses genetic mutations that make them less susceptible to the pesticide

emilyowens7_1 — 2025-04-22 17:20:32 UTC

they can developer an immunity to the pesticides

2025-04-22 17:20:35 UTC

Anyone bug that survives a pesticide can pass down its immunity to the chemicals, which means that more bugs in the new generation will be resistant.

richardeastmansisk1_1 — 2025-04-22 17:20:55 UTC

The insects could become more resistant to the pesticide as the pesticide will kill out the insects weak to it only leaving the insects stronger to it, left to reproduce.

2025-04-22 17:20:57 UTC

Using the pesticide too much makes the insects begin to adapt to resist it

nikolaschristopher1_1 — 2025-04-22 17:20:57 UTC

Insects that survived the pesticide will live to reproduce and make more insects that can resist the pesticide.

2025-04-22 17:21:23 UTC

The few insects who do survive grow an immunity to the pesticides and reproduce with each other, making their offspring immune as well.

summerochodnicky2 — 2025-04-22 17:22:28 UTC

some bugs may have genes that help them/make them less susceptible to a certain pesticide most bugs will die off but ones with the resistant genes will survive and reproduce the resistant gene therefore making them resistant to the pesticide.

kevinmiller13_1 — 2025-04-22 17:25:01 UTC

Some bugs can tank the spray and somehow manage to reproduce after their attack, leading to the issues

2025-04-22 18:33:29 UTC

Using the pesticide to much makes the insects begin to adapt to resisting it.

marchand5_1 — 2025-04-29 16:07:36 UTC

Imagine a lake ecosystem. Explain, in your own words, why a high level of biodiversity is important for the long-term health and stability of this lake. (2-3) Sentences

clarapaulsen1_1 — 2025-04-29 17:19:04 UTC

When you have biodiversity, you have a wide range of food. You also have more essential food and other survival sources.

gwendolynbabbitt2 — 2025-04-29 17:19:07 UTC

to have a more expansive ecosystem. and to learn and use some of the bacteria

elizajohnston1_1 — 2025-04-29 17:19:26 UTC

Biodiversity is important for the lake because Biodiversity provides opportunities for angling, swimming, birdwatching, photography, snorkeling and other recreation activities

summerochodnicky2 — 2025-04-29 17:19:43 UTC

it is much needed because it is a complex food web and each species have different important roles that plays a key roll in in a resilience and stability.

jaelinares1_1 — 2025-04-29 17:19:57 UTC

A lake needs to have high levels of biodiversity because they are more susceptible to invasive species. Animals will need to adapt more often than habitats on the ground, and biodiversity makes adapting easier.

nikolaschristopher1_1 — 2025-04-29 17:20:01 UTC

A high level of biodiversity is important for long term health in case any species become extinct, either through over fishing or getting kicked out by invasive species or pollutants.

2025-04-29 17:20:03 UTC

so the lake wont die from one small change or so it can evolve if needed

kevinmiller13_1 — 2025-04-29 17:20:16 UTC

We need a biodiversity in our lakes because those lakes are the pride and joy of Michigan, so the more they can take care of themselves and stay healthy, the better. And, because we get a lot of our fish from there, and if they start dying, that could lead to many issues.

richardeastmansisk1_1 — 2025-04-29 17:20:46 UTC

A high level of biodiversity is important for the long-term health and stability of a lake because the various species take care of the waste in the lake and because the things in it need various things to eat.

emilyowens7_1 — 2025-04-29 17:20:47 UTC

a high level of biodiversity is crucial for a lake ecosystem because it ensures stability and resilience

2025-04-29 17:21:17 UTC

Biodiversity is important because the lake's animals need predators, or the population will overpopulate the entire lake. Like the fishes needs the bears to eat them so it's not as populated.

2025-04-29 17:21:30 UTC

Biodiversity is absolutely needed because of how complex an environment is. Things like a food chain and plant life need many species to keep it going.

ellamassie1_1 — 2025-05-01 16:58:59 UTC

Over time, insects with resistance survive the pesticide and pass their resistant traits to more offspring each generation.

ellamassie1_1 — 2025-05-01 17:21:11 UTC

Wisdom teeth are most likely to disappear over time because humans don't need them anymore, and many people are now born without them.

ellamassie1_1 — 2025-05-01 20:35:18 UTC

A high level of biodiversity in the lake means there are many different plants, animals, and microorganisms working together. This helps keep the ecosystem balanced and strong, so it can survive changes like pollution or climate shifts.

marchand5_1 — 2025-05-06 14:30:05 UTC

Consider a field with grass (producers), rabbits that eat the grass (primary consumers), and foxes that eat the rabbits (secondary consumers). Describe how energy flows through these three trophic levels. In general, how much energy is typically transferred from one trophic level to the next? Explain why this pattern exists.

2025-05-06 17:14:12 UTC

The grass gets energy from the sun and that energy flows to the rabbits and then to the foxes. And only 10% of energy moves from one trophic level to the next. This pattern exists because much of the energy is lost at each level.

gwendolynbabbitt2 — 2025-05-06 17:15:15 UTC

The rabbits get their energy from the grass, they eat. then the foxes who eat the rabbits get 10% of the energy that the rabbit got from the grass

emilyowens7_1 — 2025-05-06 17:15:44 UTC

grass gets energy from the sun which gives the rabbit energy and then the fox

elizajohnston1_1 — 2025-05-06 17:15:53 UTC

Energy flows from the sun to the grass, then to the rabbits, and finally to the foxes

nikolaschristopher1_1 — 2025-05-06 17:15:56 UTC

The grass gets energy from the sun, the rabbits eat the grass and get 10% of that energy. Then the foxes eat the rabbits and get 10% of the energy the rabbits got from the grass. This pattern exists because most of the energy is lost or wasted before it can be passed down.

kevinmiller13_1 — 2025-05-06 17:16:28 UTC

Aight so, the grass gets energy from the sun, the rabbit eats the grass, and then the Fox eats the rabbit. But, the Fox only gets some of the energy because the energy is lost in the metabolic process.

jaelinares1_1 — 2025-05-06 17:16:36 UTC

Energy flows through each organism eaten, receiving about 10% of the previous Organism's energy. If the grass produces 100 joules of energy, the rabbit will only get 10 joules. If a fox eats the rabbit, it will only get 1 joule of energy. This pattern exists because the animal typically only uses 90% in some way or another - even if it is lost through metabolic processes.

clarapaulsen1_1 — 2025-05-06 17:16:58 UTC

it's still the same energy i do believe, since energy cant be created or destroyed. Once the fox eats the rabbit, the fox gets 10% of that rabbits consumed energy

summerochodnicky2 — 2025-05-06 17:17:02 UTC

energy flows from the grass to the rabbits to the foxes. grass, through photosynthesis it converts solar energy into chemical the rabbits consume the grass and foxes eat the rabbits....only 10% of the energy is stored also known as the 10% rule and the other 90% is used

richardeastmansisk1_1 — 2025-05-06 17:17:12 UTC

It starts with the producer(grass) getting 100% energy from the sun. Then the rabbit eats the grass and gets 10% of the energy as it has metabolism costs. Then after the fox eats the rabbit gets 1% of the energy as it also has metabolism costs.

2025-05-06 17:17:14 UTC

10% of the energy available at one trophic level is normally transferred to the next.

hopeloy2_1 — 2025-05-06 17:19:58 UTC

it transfers through the stomach into the mucsles and cells and they keep around 10 percent then it moves into more like 1-2 percent for the next consumer

2025-05-06 17:50:25 UTC

The grass gets energy from the sun, The rabbit eats the grass, then the fox eats the rabbit. The fox only gets energy because of the energy lost in the metabolic process that happened.

ellamassie1_1 — 2025-05-12 17:03:34 UTC

Energy flows from the grass to the rabbits, and then to the foxes. Only about 10% of the energy is passed to the next level because most is used for life processes or lost as heat.

marchand5_1 — 2025-05-13 14:59:01 UTC

What have you done in the past, or what will you do in the future, to limit your contribution of carbon, nitrogen and/or phosphorus into their respective cycle?

emilyowens7_1 — 2025-05-13 17:20:52 UTC

the garden in my backyard

hopeloy2_1 — 2025-05-13 17:20:57 UTC

i can use better fertilizer and plant plants to keep the air clean

summerochodnicky2 — 2025-05-13 17:21:21 UTC

reduce electricity consumption by turning off lights and other appliances that are not in use.

richardeastmansisk1_1 — 2025-05-13 17:21:35 UTC

I could go to short distances via walking or bikes compared to cars and use less things that produce carbon like cooking.

jaelinares1_1 — 2025-05-13 17:21:44 UTC

Using public transportation, using compost bins, wasting less stuff (food, materials)

kevinmiller13_1 — 2025-05-13 17:21:45 UTC

The garden my family has uses the compost bin in the backyard as our fertilizer source, and it shall stay that way for a long while.

nikolaschristopher1_1 — 2025-05-13 17:23:02 UTC

I can recycle, not waste electricity, not pollute, and plant sustaining plants that don't need fertilizer.

ellamassie1_1 — 2025-05-13 17:34:19 UTC

I will help by using less electricity and not wasting food, and avoiding chemical fertilizers in the garden.

keeganbeard1_1 — 2025-05-14 14:28:38 UTC

Recycling more and not wasting as much stuff

marchand5_1 — 2025-05-20 14:40:51 UTC

Many scientists believe that a 6th extinction event has begun. What is this extinction event, and what are some contributing factors?

kevinmiller13_1 — 2025-05-20 17:18:20 UTC

A mix of climate change, pollution, over populating, and being careless with our environment

richardeastmansisk1_1 — 2025-05-20 17:19:21 UTC

This sixth extinction event is humans and their contributions. The way humans steal resources from the land, produce more carbon for climate change, and destroy land in war.

summerochodnicky2 — 2025-05-20 17:19:49 UTC

a accelerated rate of species loss that exceeds natural background levels...loss of habitat pollution and over population

nikolaschristopher1_1 — 2025-05-20 17:20:18 UTC

I think it is humans destroying the planet. pollution, climate change, and habitat destruction are just a few ways we are causing a sixth extinction event.