Good Baldi VS Bad Baldi!
The Frustrated Gamer
494,059 views
Good Baldi VS Bad Baldi | The Frustrated Gamer Baldis Basics Gameplay is back! The new baldis basics mod I'm playing today is called good baldi vs bad baldi mod. See if I can collect all 7 notebooks before bad Baldi gets me. Let's play Baldis basics gameplay with The Frustrated Gamer!
#BaldisBasics #christmas #frustratedgamer
► Elf Baldi and Principal Claus Are PURE EVIL!
► TFG Instagram: Instagram: tfgvlogs
► TFG Vlogs Channel! tfgvlogs
20 Comments
@Baldithemathsteacher 9 months ago
I'll subscribe
@X-Stream-Lee0 6 months ago
7:49 Surprised to see a drawing of Four from BFB in a random Baldi's Basics Mod
@Sophiesslimes0 9 months ago
I love tfgs videos, they bring my mood up all the tine! Been here since the sofa videos hahah😂 not a bot just a fan!😊
@Berry-s1l 6 months ago
Bro baldi's basics is LITERALLY the ONLY THING i watch on your channel!!! ❤❤
@SuperStarrySam5627 9 months ago
Hello Brandon, I love your videos! For the next Baldi's Basics mod, can you please play Baldi's Basics Full Remastered Reworked!
@MrBenGameing 9 months ago
Hey TFG, can you play a baldi basics mod for the next Baldi basics mod video called MrBenGameing basics in baldi mods and games it is mod by BCNB keep it up with your youtube channel love you man
@user-by3bo3vp4u 9 months ago
Brandon if your reading my coment then thanks and also you did this mod before
@msBlocky 5 months ago
Don’t ask why but for some reason, watching TFG playing Baldis Basics in 2x is hilarious and amazing
@SUPEREVIL_BEE2 9 months ago
it's always a good day when Brandon uploads and especially if it's baldi
@X-Nat6yr-12-78 9 months ago (edited)
The living carpet that covers much of the planet’s open land is one of the most familiar forms of life on Earth, yet it is also one of the least consciously examined. People walk on it, sit on it, mow it, feed it to animals, and rely on it to shape entire ecosystems, often without pausing to consider what it truly is. This humble plant group forms vast green expanses, soft underfoot when healthy, brittle when dry, and astonishingly resilient under pressure. It is not a single species but a massive family of flowering plants that has quietly shaped human civilization and the natural world for millions of years.
At a basic biological level, this plant type belongs to a family known to botanists as Poaceae. Members of this family share a number of defining characteristics. They typically have long, narrow leaves with parallel veins, unlike the branching vein patterns seen in many trees and shrubs. These leaves emerge from nodes along a stem, and the stem itself is usually hollow between joints. The joints, or nodes, are solid and serve as points of strength, allowing the plant to bend without breaking when wind, rain, or animals push against it.
One of the most remarkable features of these plants is how they grow. Instead of expanding primarily from the tip, as many plants do, they grow from the base of the leaf. This means that when the upper portion is cut, eaten, or damaged, new growth can continue from below. This growth strategy is a major reason why lawns can be mowed repeatedly and why grazing animals can feed on open fields without permanently destroying the vegetation. The plant sacrifices height in exchange for survival, making it extraordinarily tolerant of disturbance.
Reproduction in this family is both subtle and powerful. The flowers are usually small and not brightly colored. Rather than attracting insects with showy petals or sweet scents, these plants rely largely on wind to carry pollen from one individual to another. Their flowers are arranged in structures called spikelets, which cluster together in various forms depending on the species. After pollination, many of these plants produce seeds that humans know as grains, such as wheat, rice, corn, oats, and barley. These seeds are among the most important food sources in human history.
From an evolutionary perspective, this plant family is relatively young compared to trees and ferns, yet it spread with astonishing speed. It evolved to thrive in open, sunny environments and to recover quickly after fire or grazing. As Earth’s climate became cooler and drier in certain regions, forests retreated, and open landscapes expanded. This created ideal conditions for these low-growing, sun-loving plants to dominate. Over time, they formed vast continuous ecosystems that supported large herds of animals.
The relationship between these plants and animals is deeply interconnected. Many herbivores, such as cattle, sheep, bison, and antelope, rely on them as a primary food source. The teeth, digestive systems, and social behaviors of these animals evolved in response to a diet dominated by fibrous leaves and stems. In turn, the plants adapted to withstand constant feeding. Hooves compact the soil, mouths tear leaves, and yet the plants persist, often growing back thicker and denser after being eaten.
Humans entered this relationship thousands of years ago. Early hunter-gatherers followed herds that grazed on open land, indirectly relying on the same vegetation. Later, as agriculture developed, humans began to intentionally cultivate certain members of this plant family. By selecting plants with larger seeds, sturdier stalks, or predictable growth patterns, people transformed wild varieties into domesticated crops. Entire civilizations were built around these foods, and population growth became possible on a scale never seen before.
Beyond food, this plant type plays a crucial role in the environment. Its dense root systems hold soil together, preventing erosion by wind and water. In areas with heavy rainfall, these roots slow runoff, allowing water to soak into the ground and recharge underground reservoirs. In dry regions, they help stabilize fragile soils and reduce the spread of dust. Without them, many landscapes would quickly degrade into barren terrain.
Their impact on climate is also significant. Through photosynthesis, they absorb carbon dioxide from the atmosphere and release oxygen. Although each individual plant is small, their sheer abundance means that, collectively, they influence global carbon cycles. Open green areas reflect sunlight differently than forests or bare ground, affecting local temperatures and weather patterns. Fire, a natural part of many open ecosystems, interacts with these plants in complex ways, recycling nutrients and maintaining balance when it occurs at natural intervals.
Culturally, this plant family occupies a strange space between background and symbol. In many societies, a neatly trimmed lawn is associated with order, care, and prosperity. Parks, sports fields, and schoolyards rely on a soft, resilient surface that can withstand constant use. At the same time, endless manicured expanses can be controversial, especially in regions where water is scarce. Maintaining them often requires irrigation, fertilizers, and labor, raising questions about sustainability and priorities.
In art and literature, open green fields often represent freedom, peace, or simplicity. They serve as settings for childhood memories, picnics, and games. The smell of freshly cut leaves can trigger nostalgia, while the sight of a wide, open meadow can evoke calm or possibility. These emotional associations show how deeply this unassuming plant group is woven into human experience.
Scientifically, researchers continue to study these plants for their resilience and efficiency. Their ability to grow quickly, recover from damage, and convert sunlight into energy with relatively simple structures makes them a model for understanding plant biology. Advances in genetics have allowed scientists to improve crop yields, disease resistance, and tolerance to heat or drought, all of which are increasingly important in a changing climate.
Despite their familiarity, these plants are often underestimated. They lack the towering presence of trees or the vivid colors of flowers, yet they quietly support much of life on land. They feed billions of people, sustain countless animals, shape ecosystems, and influence the planet’s atmosphere. They are trampled underfoot and cut down regularly, yet they return again and again, resilient and persistent.
In the end, this common green growth is a lesson in subtle power. It shows that dominance does not always come from size or spectacle, but from adaptability, cooperation with the environment, and the ability to endure. Covering fields, lining roads, filling pastures, and feeding the world, it stands as one of the most important forms of plant life on Earth, even if most people rarely stop to think about it at all.
At a basic biological level, this plant type belongs to a family known to botanists as Poaceae. Members of this family share a number of defining characteristics. They typically have long, narrow leaves with parallel veins, unlike the branching vein patterns seen in many trees and shrubs. These leaves emerge from nodes along a stem, and the stem itself is usually hollow between joints. The joints, or nodes, are solid and serve as points of strength, allowing the plant to bend without breaking when wind, rain, or animals push against it.
One of the most remarkable features of these plants is how they grow. Instead of expanding primarily from the tip, as many plants do, they grow from the base of the leaf. This means that when the upper portion is cut, eaten, or damaged, new growth can continue from below. This growth strategy is a major reason why lawns can be mowed repeatedly and why grazing animals can feed on open fields without permanently destroying the vegetation. The plant sacrifices height in exchange for survival, making it extraordinarily tolerant of disturbance.
Reproduction in this family is both subtle and powerful. The flowers are usually small and not brightly colored. Rather than attracting insects with showy petals or sweet scents, these plants rely largely on wind to carry pollen from one individual to another. Their flowers are arranged in structures called spikelets, which cluster together in various forms depending on the species. After pollination, many of these plants produce seeds that humans know as grains, such as wheat, rice, corn, oats, and barley. These seeds are among the most important food sources in human history.
From an evolutionary perspective, this plant family is relatively young compared to trees and ferns, yet it spread with astonishing speed. It evolved to thrive in open, sunny environments and to recover quickly after fire or grazing. As Earth’s climate became cooler and drier in certain regions, forests retreated, and open landscapes expanded. This created ideal conditions for these low-growing, sun-loving plants to dominate. Over time, they formed vast continuous ecosystems that supported large herds of animals.
The relationship between these plants and animals is deeply interconnected. Many herbivores, such as cattle, sheep, bison, and antelope, rely on them as a primary food source. The teeth, digestive systems, and social behaviors of these animals evolved in response to a diet dominated by fibrous leaves and stems. In turn, the plants adapted to withstand constant feeding. Hooves compact the soil, mouths tear leaves, and yet the plants persist, often growing back thicker and denser after being eaten.
Humans entered this relationship thousands of years ago. Early hunter-gatherers followed herds that grazed on open land, indirectly relying on the same vegetation. Later, as agriculture developed, humans began to intentionally cultivate certain members of this plant family. By selecting plants with larger seeds, sturdier stalks, or predictable growth patterns, people transformed wild varieties into domesticated crops. Entire civilizations were built around these foods, and population growth became possible on a scale never seen before.
Beyond food, this plant type plays a crucial role in the environment. Its dense root systems hold soil together, preventing erosion by wind and water. In areas with heavy rainfall, these roots slow runoff, allowing water to soak into the ground and recharge underground reservoirs. In dry regions, they help stabilize fragile soils and reduce the spread of dust. Without them, many landscapes would quickly degrade into barren terrain.
Their impact on climate is also significant. Through photosynthesis, they absorb carbon dioxide from the atmosphere and release oxygen. Although each individual plant is small, their sheer abundance means that, collectively, they influence global carbon cycles. Open green areas reflect sunlight differently than forests or bare ground, affecting local temperatures and weather patterns. Fire, a natural part of many open ecosystems, interacts with these plants in complex ways, recycling nutrients and maintaining balance when it occurs at natural intervals.
Culturally, this plant family occupies a strange space between background and symbol. In many societies, a neatly trimmed lawn is associated with order, care, and prosperity. Parks, sports fields, and schoolyards rely on a soft, resilient surface that can withstand constant use. At the same time, endless manicured expanses can be controversial, especially in regions where water is scarce. Maintaining them often requires irrigation, fertilizers, and labor, raising questions about sustainability and priorities.
In art and literature, open green fields often represent freedom, peace, or simplicity. They serve as settings for childhood memories, picnics, and games. The smell of freshly cut leaves can trigger nostalgia, while the sight of a wide, open meadow can evoke calm or possibility. These emotional associations show how deeply this unassuming plant group is woven into human experience.
Scientifically, researchers continue to study these plants for their resilience and efficiency. Their ability to grow quickly, recover from damage, and convert sunlight into energy with relatively simple structures makes them a model for understanding plant biology. Advances in genetics have allowed scientists to improve crop yields, disease resistance, and tolerance to heat or drought, all of which are increasingly important in a changing climate.
Despite their familiarity, these plants are often underestimated. They lack the towering presence of trees or the vivid colors of flowers, yet they quietly support much of life on land. They feed billions of people, sustain countless animals, shape ecosystems, and influence the planet’s atmosphere. They are trampled underfoot and cut down regularly, yet they return again and again, resilient and persistent.
In the end, this common green growth is a lesson in subtle power. It shows that dominance does not always come from size or spectacle, but from adaptability, cooperation with the environment, and the ability to endure. Covering fields, lining roads, filling pastures, and feeding the world, it stands as one of the most important forms of plant life on Earth, even if most people rarely stop to think about it at all.
Good Baldi VS Bad Baldi!
The Frustrated Gamer
494,059 views
Good Baldi VS Bad Baldi | The Frustrated Gamer Baldis Basics Gameplay is back! The new baldis basics mod I'm playing today is called good baldi vs bad baldi mod. See if I can collect all 7 notebooks before bad Baldi gets me. Let's play Baldis basics gameplay with The Frustrated Gamer!
#BaldisBasics #christmas #frustratedgamer
► Elf Baldi and Principal Claus Are PURE EVIL!
► TFG Instagram: Instagram: tfgvlogs
► TFG Vlogs Channel! tfgvlogs