Guess The MY SINGING MONSTERS VOICE Challenge!? (ALL MONSTERS + ALL WUBBOX!)

Guess The MY SINGING MONSTERS VOICE Challenge!? (ALL MONSTERS + ALL WUBBOX!)
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LankyBox World!

[GoshImSoDum]

They always make my day😊 but, i love this video too!

[reygamer]

Answers =
1. Epic Wubbox: Cold Island
2. Common Wubbox: Fire Haven
3. Epic Wubbox: Plant Island
4. Common Wubbox: Ethereal Island
5. Epic Wubbox: Air Island
6. Common Wubbox: Air Island
7. Rare Wubbox: Plant Island
8. Epic Wubbox: Water Island
9. Common Wubbox: Wublin Island
10. Epic Wubbox: Earth Island (I got all of them correct)
Bonus Round Answers =
11. Tweedle: Fire Oasis
12. Noggin: Fire Haven
13. Floogull: Fire Haven
14. Mammott: Fire Oasis
15. Maw: Air Island
16. Kayna: Fire Oasis
17. Mammott: Plant island
18. Quibble: Tribal Island
19. Stogg: Bone Island
20. Bowgart: Plant Island
Lanky L

[aynabanihidalgo]

I think this comment will not get any likes

[pnvqykg]

BONUS:
1# Tweedle fire oasis
2# Noggin fire haven
3# Floogull
4# Mammott / Mammoth fire oasis
5# Maw air island
6# Kayna fire oasis
7# Mammot / Mammoth plant island
8# Quibble tribal island
9# Stogg bone island
10!# Bowgart plant island

[AdrianAgustin]

The Wubbox makes a dubstep.
Rare Wubbox sounds like a robot, but it is known for having misheard lyrics.
Epic Wubboxes pertain to their environment.

[maroonluckyblockgames]

can we appreciate the effort?












no

[nomuncht]

The MP 40 (Maschinenpistole 40) is a submachine gun chambered for the 9×19mm Parabellum cartridge. It was developed in Nazi Germany and used extensively by the Axis powers during World War II.

[CongaMonke]

Lanky boxes editor needs a raise for how much videos he does per day💀

[AdamElhasrouni-pbel]

I wish that they finish woblin island!

[averagelowkey]

Justin is definitely not a my singing monsters pro if he cant get all them right it should be super easy😂

[AnimAted_Adventurez]

Grass is a versatile and ubiquitous plant that belongs to the family Poaceae, also known as the true grasses. It is one of the most common types of vegetation found on Earth, covering vast areas of land in various ecosystems. With over 12, 000 species, grasses exhibit a remarkable range of characteristics, but they share some fundamental features.

Structure:
At its core, grass consists of several key components. The grass plant typically consists of roots, stems, leaves, flowers (in some species), and seeds. These parts work together to ensure the plant's growth, reproduction, and survival.

Roots: Grass roots are found underground and serve multiple purposes. They anchor the plant in the soil, absorbing water and nutrients from the ground. Roots are usually fibrous, branching out extensively to maximize their ability to draw resources from the soil.
Stems: The stems of grass, often called culms, provide structural support and transport nutrients and water between the roots and the leaves. They vary in length, thickness, and flexibility depending on the species. The stems of grasses are usually hollow or pithy, which helps reduce weight while maintaining strength.
Leaves: Grass leaves are characterized by their long, narrow shape and parallel veination. They grow from the stem nodes and are arranged in two ranks or rows, with one row on each side of the stem. Grass leaves are typically smooth, but some species have rough or hairy surfaces. They play a crucial role in photosynthesis, where they capture sunlight and convert it into chemical energy.
Flowers and Seeds: Grasses are flowering plants, although the flowers may not be as conspicuous as those of other plant families. The flowers of grasses are typically small and grouped into inflorescences, such as spikelets or panicles. These inflorescences are responsible for producing seeds. Grass seeds are enclosed within protective structures called florets and are often dispersed by wind, animals, or water.
Growth and Adaptation:
Grasses have evolved various adaptations that contribute to their ability to thrive in different environments. Here are some notable characteristics:

Rapid Growth: Grasses are known for their relatively fast growth rates. They possess a specialized tissue called the meristem, located near the base of the plant, which allows for continuous cell division and elongation. This rapid growth enables grasses to recover quickly from grazing, mowing, or other disturbances.
C4 Photosynthesis: Many grass species employ a specialized form of photosynthesis called C4 photosynthesis, which enhances their efficiency in capturing and utilizing carbon dioxide (CO2). This adaptation allows them to photosynthesize more efficiently in hot and dry conditions, making them well-suited to arid environments.
Drought Resistance: Grasses have developed adaptations to withstand periods of drought. Some species have deep root systems that enable them to access water stored in lower soil layers. Additionally, grasses often exhibit a waxy coating on their leaves, reducing water loss through evaporation.
Rhizomes and Stolons: Some grasses spread through specialized horizontal stems called rhizomes or stolons. Rhizomes are underground stems that grow horizontally, giving rise to new shoots and roots. Stolons, on the other hand, are above-ground stems that spread horizontally along the soil surface. These structures enable grasses to colonize new areas and create dense vegetative cover.
Ecological Importance:
Grasses play a vital role in ecosystems worldwide and provide numerous benefits:

Soil Stabilization: The extensive root systems of grasses help bind soil particles together, preventing erosion and promoting soil stability. They are commonly used in erosion control efforts, such as reclamation of degraded land or stabilization of riverbanks.
Food Source Grass serves as a significant food source for various organisms, including herbivores such as cattle, sheep, and deer. Grazing animals rely on grass as a primary food staple, utilizing its high fiber content and nutrient composition. In agricultural systems, grasses are cultivated as forage crops for livestock, providing essential nutrients and energy through grazing or as harvested fodder.

Oxygen Production: Like all green plants, grasses are crucial contributors to the production of oxygen through photosynthesis. They absorb carbon dioxide from the atmosphere and release oxygen, playing a vital role in maintaining the balance of atmospheric gases.
Habitat and Biodiversity: Grasses form extensive habitats that support diverse ecosystems. They provide shelter, nesting sites, and food sources for a wide range of insects, birds, and small mammals. Grasslands, both natural and cultivated, harbor a rich diversity of plant and animal species, promoting ecological balance and preserving biodiversity.
Carbon Sequestration: Grasses play a role in carbon sequestration, absorbing and storing carbon dioxide from the atmosphere. The extensive root systems of perennial grasses can contribute to carbon sequestration in the soil, aiding in the mitigation of climate change by reducing greenhouse gas levels.
Cultural Significance:
Grass has also held cultural significance throughout human history:

Agriculture: Grasses have been domesticated and cultivated for thousands of years, contributing to the development of agriculture. Cereal grasses such as wheat, rice, corn, and barley are staple food crops, providing sustenance for human populations worldwide.
Recreational Spaces: Grass lawns and sports fields are integral components of urban and suburban landscapes. They provide spaces for recreational activities, outdoor gatherings, and aesthetic beauty, enhancing the quality of life in many communities.
Traditional Practices: Grasses have been utilized in various traditional practices and crafts. For example, straw weaving, basketry, thatching, and natural dyeing have employed different species of grasses for their versatility and cultural significance.
In conclusion, grass is a diverse and resilient plant with various adaptations that enable it to thrive in different environments. Its structure, growth patterns, and ecological importance make it a foundational component of many ecosystems worldwide. From its role in food production and oxygen generation to its cultural significance, grasses have a profound impact on both natural and human-dominated landscapes

And I would recommend touching it

[ezriha]

“Impossible!”
“Ultra rare wubboxes”
“Could it be the ice wubbox?”
“wWOOWw guys what wubbox was that?”
“Thats definetly not regular”
“Im a wubbox guy”

Its nice how they learn throughout the video.

[tpngaming]

Grass, a ubiquitous plant of the Poaceae family, is a marvel of nature that blankets vast landscapes with its lush, emerald green foliage. Its presence is so common that it often becomes an overlooked component of our surroundings, yet its significance and intricate structure reveal a captivating story. Grass, in its simplest definition, is a monocotyledonous flowering plant characterized by narrow leaves, hollow stems, and an extensive fibrous root system. However, such a simplistic explanation belies the depth and complexity that lies within this botanical marvel.

Grass has a diverse range of species, each with its own distinctive characteristics and adaptations to various environmental conditions. From the sprawling meadows to the manicured lawns, grasses exhibit remarkable versatility. They thrive in climates spanning from temperate to tropical regions and have managed to conquer a wide range of habitats, from arid deserts to marshy wetlands. The resiliency of grasses can be attributed to their remarkable ability to photosynthesize efficiently, utilizing sunlight to convert carbon dioxide and water into the essential sugars necessary for their growth and sustenance.

The anatomy of grass provides insight into its remarkable ability to survive and flourish. Each blade of grass consists of several distinct parts. The leaf sheath envelops the stem, providing protection and support. The ligule, a thin appendage, serves as a barrier against invading pests and diseases. The blade, the most recognizable part, captures sunlight for photosynthesis. Beneath the surface, an intricate network of rhizomes or stolons facilitates vegetative propagation, allowing grass to spread and colonize new areas rapidly.

Grasses play an integral role in various ecosystems, functioning as both primary producers and vital habitats for countless organisms. Their abundance provides sustenance for grazing animals, from domesticated livestock to iconic herbivores in the wild. Grasses also contribute to soil conservation, preventing erosion by stabilizing the earth with their dense network of roots. Additionally, their ability to sequester carbon dioxide aids in mitigating climate change, making grasslands essential in the battle against global warming.

Human civilization has long recognized the value of grass. Agriculture heavily relies on grasses as a staple food source, with crops like wheat, corn, and rice feeding billions of people worldwide. Beyond sustenance, grasses have cultural and aesthetic significance. Lawns serve as recreational spaces and symbols of affluence and orderliness. Sports fields and golf courses are meticulously covered in turfgrass to enhance performance and aesthetics. Grass has even inspired artists, poets, and writers who have sought to capture its beauty and symbolism in their works.

The cultivation and maintenance of grass require careful consideration and management. Selective breeding and genetic modification have played a crucial role in developing disease-resistant, high-yielding grass varieties. Fertilization, irrigation, and pest control are essential to ensure the health and vitality of lawns, golf courses, and sports fields. Balancing the desire for aesthetically pleasing grass with the need for ecological sustainability is an ongoing challenge that confronts land managers and environmentalists alike.

Despite its numerous benefits, grass is not without its drawbacks. Some species can become invasive, outcompeting native vegetation and disrupting natural ecosystems. Water consumption, particularly in arid regions, poses a concern, as grasses have substantial irrigation requirements to maintain their vibrant appearance. Furthermore, the use of herbicides and pesticides in grass management raises environmental and health concerns, necessitating the exploration of more sustainable and eco-friendly alternatives.

In conclusion, grass stands as a testament to nature's resilience and adaptability. Its humble appearance belies its significance and contribution to the world around us. From the vast savannas to the suburban lawns, grasses have shaped our landscapes, provided sustenance, and offered inspiration. Understanding and appreciating the intricacies of grass can foster a deeper connection with our natural surroundings and ignite a sense of responsibility to protect and conserve this remarkable plant and the ecosystems it supports.

[AnkitaSingh-gsxp]

I got 20/20…….and adem has a huge crush on

[daisiegrl]

Lankybox L cringe Foxy is cool Adem has a long neck

[elmhimd]

❤Lankybox is not a L ❤❤❤❤❤❤❤❤❤❤❤❤❤🎉🎉🎉🎉🎉🎉🎉🎉🎉🎉