Stylized environment packs often rely on visual variety through duplicated meshes or heavy material overrides. Meadow Environment takes a more systematic approach. Instead of treating each seasonal variant as a separate asset set, it builds summer, autumn, and winter biomes on top of shared base meshes, with most of the variation driven through materials and global parameters.

Developed by Paul Turc (ANGRYMESH), the pack is designed to work consistently across Unity’s Built-in Render Pipeline, URP, and HDRP, with different setup requirements depending on the target pipeline. The emphasis is on scene-wide control, predictable behavior, and reuse instead of procedural generation or runtime systems.

The pack includes more than 350 prefabs covering vegetation, props, terrain details, and background elements. Trees, bushes, grasses, rocks, and decorative props are provided in multiple seasonal variants, but those variants typically share the same underlying mesh.

Seasonal differences are achieved primarily through material configuration. This allows artists to reuse geometry while adjusting color, subsurface scattering, top layers, and other surface properties to represent different biomes. In practice, this reduces mesh duplication and keeps variations aligned visually.

In addition to static assets, the pack includes animated elements such as wind-driven foliage, falling leaves, butterflies, birds, and other lightweight environmental effects intended to add motion without relying on complex simulation systems.

Meadow Environment supports three rendering setups, each with specific requirements:

At the core of the pack is the ASP Global System, which centralizes several environment-wide parameters into a single scene-level control object.

The ASP Global Settings prefab manages global wind behavior, including direction, amplitude, speed, turbulence, wave motion, and mesh flexibility. Wind direction is driven by the transform of the ASP Global object itself, making it easy to align foliage motion with scene composition.

Beyond wind, the system also exposes global controls for:

These settings apply across the scene without modifying individual materials, allowing consistent adjustments per scene while preserving shared material assets.

Tree-specific global settings extend this further, exposing parameters for AO influence, SSS intensity, and distance-based behavior. This allows visual depth and translucency to be tuned at a scene level rather than per asset.

The wind system is designed to work with GPU instancing and relies on object pivot positions to calculate bending. Static batching can interfere with this behavior, and the documentation outlines a material-level fallback for cases where static meshes are required, though this comes with trade-offs.

Only one ASP Global Settings prefab is supported per scene, as the system is intended to be used exclusively with Paul Turc’s stylized packs.

All shaders included in the pack are compatible with Amplify Shader Editor and are grouped under a shared stylized shader framework. Parameters such as AO, SSS, tint, and top layers are directly influenced by the ASP Global System, reinforcing the scene-wide control approach.

The shader design balances per-material overrides with global consistency. Local adjustments are still possible where needed, but most visual cohesion is driven through shared settings, which makes the pack better suited for unified environments than for highly individualized hero assets.

An outline of shader usage and organization is provided, but the pack assumes familiarity with Unity’s material system and does not attempt to abstract shader behavior behind custom editors.

Unity’s Terrain system does not support LODs for objects placed using Paint Details. To address this, the pack includes a separate set of prefabs specifically intended for terrain detail placement, alongside standard prefabs for other placement workflows.

For users relying on vegetation placement tools that support LODs, these terrain-specific prefabs can be ignored or removed. The documentation clearly separates these use cases to avoid confusion.

The documentation explicitly calls out several limitations:

Meadow Environment – Stylized Pack is best suited for projects that:

Differences: This bundle expands on Meadow Environment by including forest environments alongside meadows, offering more modular variety (trees, bushes, flowers) and URP-ready shaders. 

Differences: Fantasy Worlds goes beyond pure nature to include meadow, forest and dungeon elements, making it a more complete stylized world asset suite.

✨ Meadow Environment  is now available on the Unity Asset Store.

📘 Interested in building your own tools and shaders in Unity? Check out the Unity Tool Development Bundle, which includes Shaders & Procedural Shapes in Unity 6 and Unity 6 Editor Tools Essentials.