Ok

hello

Hi

Ok

Ok sure mr Polly sir

Dude, I was so hyped to see him play your game!!

​NocomGamer I saw your vids

@@NocomGamer.

Come on! You just tried and just quite making chapters? It’s good!

​@@NocomGamerno way i always watch your vids from pizzy parlor!!!!

@Moops (munkus creator alt account) OK WHAT? DATING SIM?

sussy and munkus being the same character is still speculation

Chunky Funky not a monkey

you forgor that chuck funky is not a monkey

Water and grass are two essential components of ecosystems, and their interdependence plays a crucial role in supporting life on Earth. Let's explore the relationship between water and grass in more detail. Water, the universal solvent and the basis of life, is a fundamental requirement for all living organisms. It is essential for various physiological processes, including hydration, nutrient absorption, and temperature regulation. Grass, as a type of plant, is no exception. Grasses rely on water to grow, reproduce, and thrive. The presence of water is vital during the germination phase of grass seeds. Adequate moisture triggers the germination process, allowing the seed to sprout and develop into a seedling. Water is absorbed by the seed, which softens its protective covering and initiates metabolic activity, leading to root and shoot growth. Once grasses establish themselves, their root systems play a significant role in accessing water from the soil. Grass roots extend deep into the ground, enabling them to tap into underground water sources, such as aquifers. This adaptation allows grasses to survive in arid and semi-arid regions, where water availability is limited. They can efficiently absorb water and transport it to the above-ground parts of the plant. Water availability directly affects the productivity and growth of grasses. Ample water supply leads to lush, vibrant grasslands, while water scarcity can result in stunted growth and yellowing of leaves. In drought conditions, grasses have developed mechanisms to conserve water. Some grass species have rolled or folded leaves, reducing the surface area exposed to direct sunlight and evaporation. Others have developed deep root systems to access water stored in deeper soil layers. Grasslands, in turn, play a critical role in the water cycle and the overall hydrological balance. The dense root systems of grasses bind the soil, preventing erosion and promoting water infiltration. This helps to replenish groundwater sources and maintain the flow of streams, rivers, and other water bodies. Grasses act as natural sponges, absorbing and retaining rainfall, which prevents runoff and the loss of water from the ecosystem. Moreover, grasslands contribute to water quality improvement. As water percolates through the soil, grasses and their root systems act as filters, removing sediment, excess nutrients, and contaminants. This natural purification process helps to enhance water quality, benefiting both aquatic ecosystems and human water supplies. Grasslands are also closely connected to wetlands and riparian zones, which are areas adjacent to water bodies. These transitional zones often support specialized grass species adapted to wet conditions. Wetlands provide habitats for diverse flora and fauna, including grasses, reeds, water lilies, and numerous aquatic organisms. They serve as nurseries for fish, breeding grounds for birds, and feeding areas for various wildlife. Wetlands also play a crucial role in flood control, acting as natural buffers against storm surges and absorbing excess water during heavy rainfall. Furthermore, the unity of grass and water supports biodiversity. Grasslands and associated water bodies provide habitats for a wide range of plant and animal species. The grasses themselves support grazing animals, such as herbivores and some insects, forming the foundation of food chains and supporting higher trophic levels. The presence of water in grasslands increases species richness, attracting amphibians, reptiles, and water-dependent birds. These ecosystems create a delicate balance of interdependencies, where each organism contributes to the overall health and functioning of the system.

100 players game wich clasiic

@incominghac get hacked lol why did you reply to me for something everyone that watched the video would know?

CHUNKY FUNKY NOT A MONKEY

True hero

sussy schoolgrounds chapter 3 should be chunky funky

No you are wrong.

Trash opinion he has better voice act

no

I know you

@@alpdemirerel2074 no

ur pfp is evil leafy

evil leafy lore

Is this supposed to be cookie wookie what is what 🤬🤬🤬🤬🤬🤬🤬🤬🤬🤬🤬🤬🤬🤬🤬🤬🤬🌎 is lots of that that

​@@delicious8542bro, lay off the cocaine😂

Clunky

Thanks for the lore drop

Yes

Pizzeria mamma mia

So true

my online name is pizzy :)

Freddy Fazbear: are you sure about that?

Agreed

Yes to that. All the yes.

Not a monkey

Didn't you see the video? There is a chapter 3 already. Chunky Lunky, who's not a monkey.

Oh cool, this meme here its a little different, its cigarette instead of milk here

fr

dude its chunky funky not a munkeeee!!!!!!!111111!!!!1!!!!!!1!11111

to be fair though, those plushies were actually better than the models of the original game lmao, so whos knocking off who 🤔🤔🤔

This comment aged like milk

​@@joeybabaloey5837?

i know

its always a good day when somebody says their opinion is a true fact like you :)

after-life: hi squidward

Polymars++ you mean

@@soupblox no just PolyMars in general

Mario party mini game explanation

How could you not look at the end game It literally said chapter 3

​@@Vanillamilkshake_420 that's fan made, waiting for the real one made by polymars

@@magicman6054 I did that as a joke

@@Vanillamilkshake_420 alright. Bad joke though.

@@magicman6054 hey guys I got rejected from the comedian club 1 year later I am a villain

Bruh