Montana Llama Co.

Why LLAMA POOP Tea?

Often nicknamed “gardener’s gold” or “black gold,” llama manure is a hidden gem in the world of natural fertilizers. With its balanced nutrients, low odor, and plant-safe properties, it stands out among animal manures. Here’s a detailed look at what makes it such a valuable tool for healthy soil and thriving plants.

Llama manure is low in ammonia and doesn’t require composting before use. Breaks down slowly feeding your plants longer and more effectively than all other traditional livestock manures.

Llama manure is one of the most well-rounded natural fertilizers available—nutrient-rich but gentle, odor-free, safe to use fresh, and incredibly soil-friendly. Whether you’re running a large garden, a greenhouse, or a regenerative farm, adding llama manure to your system will promote healthier plants, richer soil, and stronger microbial life.

If you’re looking for a sustainable way to enrich your soil without the downsides of other animal manures, llama manure might just be your garden’s secret weapon.

Our tea making kits are great for both indoors and outdoor plants and gardens.

Shop Now

Natures Perfect Fertilizer - Indoor - Outdoor Use

Best Ways to Use Llama Manure

Top-dress around garden vegetables and flowers

Feed fruit trees, vines, and berry bushes

Improve raised bed or greenhouse soil

Make compost tea or microbial inoculants

Amend poor or clay-heavy soil

Mulch around young transplants

Nature's Perfect Fertilizer

Llama manure offers a gentle but effective NPK (nitrogen, phosphorus, potassium) profile that supports plant health without overwhelming the soil.

Typical Content in Llama Manure

Nitrogen (N) - Encourages leafy growth and photosynthesis - ~1.5–2%

Phosphorus (P) - Promotes strong roots and flowering - ~1–1.5%

Potassium (K) - Improves resilience and plant vitality - ~1–1.5

Its moderate levels of these nutrients make it safe for regular use, unlike stronger manures that can burn plants if not composted first.

Thanks to their efficient digestive systems, llamas produce a manure that’s already partially broken down—meaning it won’t burn plants. It contains very low ammonia levels and can be used immediately in the garden:

Sprinkle around plants as a top dressing
Mix into planting holes or garden beds
Brew into compost tea for microbial boosts

Llama poop isn’t just about nutrients—it’s also packed with organic material. The fibrous nature of their diet means their droppings help improve:

Soil texture – better aeration and drainage
Water retention – ideal for dry climates
Microbial activity – stimulates a living soil ecosystem

Its natural, crumbly structure makes it a dream addition for gardeners aiming to build rich, loamy soil.

Unlike many other types of manure, llama manure is:

Mild-smelling – almost odorless
Pelletized – resembles goat poop or coffee beans
Dry – less mess and easier to transport
Fly-resistant – doesn’t attract pests like wetter manures

Great for urban gardens, greenhouses, or anyone wanting a clean, easy-to-use fertilizer.

Because llamas have highly effective digestion, most weed seeds are destroyed before passing. Plus, their internal microbial balance helps limit harmful pathogens—making their manure much safer than fresh cow or horse dung.

Low weed seed risk
Lower risk of bacteria and parasites

Safer for direct application

Llamas are gentle on the land, and their manure is part of a sustainable system:

They graze without overstripping fields
Manure is produced daily and consistently
No need for antibiotics or hormone-laced feedlots

Perfect for permaculture, homesteads, and regenerative farms focused on soil health.

Llama manure makes an excellent nitrogen-rich (green) addition to compost:

Speeds up breakdown of dry materials (leaves, straw)
Heats up piles faster
Feeds beneficial microbes
Can be used in vermicomposting systems too

It’s a compost pile’s best friend.

Thanks to its low salt content and pH-balanced nature, llama manure helps support mycorrhizal fungi—beneficial soil organisms that assist with nutrient uptake and drought resistance.