Flowered Leaves

Attach flowers to leaves to make them pretty!

97 Downloads

bta-babricdecoration

Rent Server with this Mod

Screenshots

About this Mod

Flowered Leaves is a Better Than Adventure! mod that allows you to interact with a leaves block while holding a flower to attach it to the block.

Flowered leaves can be interacted with an empty hand or broken to return the flower.

Available Versions

Flowered Leaves 2.0.0release

MC b1.7.3bta-babric

May 16, 2026

Flowered Leaves 1.0.0release

MC b1.7.3bta-babric

April 25, 2026

How to Install Flowered Leaves on Your Server

Order Server

Order a Minecraft Java server with at least 3 GB RAM (4 GB recommended).

Set bta-babric Loader

In the panel under "Egg", select the bta-babric loader and matching Minecraft version (b1.7.3).

Install Mod

Open the mod browser in the dashboard and search for "Flowered Leaves". Click "Install" – done! Alternatively, upload the .jar via SFTP to the /mods folder.

Compatibility

Mod Loaders

bta-babric

Minecraft Versions

b1.7.3

Server-side

✓ Required

Recommended RAM

4 GB(min. 3 GB)

Frequently Asked Questions

Flowered Leaves server crashes on startup – what to do?

Most common cause: wrong bta-babric version or insufficient RAM. Check the server log (latest.log) for "OutOfMemoryError" or "Mixin" errors. With Mado Hosting: ensure at least 3 GB RAM is allocated and the loader matches the mod version (b1.7.3). You can switch loaders with one click in the panel.

Is Flowered Leaves compatible with bta-babric?

Flowered Leaves officially supports bta-babric for Minecraft b1.7.3. The Mado dashboard automatically detects incompatible loader combinations.

Server lagging with Flowered Leaves – how to optimize performance?

Recommended RAM: 4 GB (per 8 players). Use /spark profiler to check if Flowered Leaves consumes the most tick time. Common fixes: reduce server view-distance to 8-10, install "performant" or "starlight" as supplementary mods on Forge. With Mado Hosting, your server runs on NVMe SSDs with dedicated CPU cores for minimal latency.