Frequently Asked Questions

 TreePampers is a root-zone water retention and slow-release system designed for newly planted trees and shrubs. It continuously supplies water and nutrients, significantly improving survival and growth in harsh environments. 

 TreePampers is especially suitable for:

• Arid and semi-arid regions 
• Desertified areas 
• High-altitude and cold regions 
• Windy areas with poor or degraded soils 

It has been successfully applied in extreme environments such as China, Tibet, India, and Mongolia.

 Field trials conducted over one year in Ulaanbaatar, Uvs, and the South Gobi showed:

• Survival rate with TreePampers: 85%–90% 
• Survival rate with traditional methods: 40%–50% 

Additional observations:

• Soil remained moist after 100 days in sandy areas 
• Microbial activity in black soil increased by approximately 4 times

 TreePampers functions like an underground reservoir:

• Stores water near the root zone 
• Releases it gradually based on plant demand 
• Maintains stable soil moisture over time 

Key advantage:
It provides sustained water supply rather than one-time irrigation.

Overwatering can cause:

• Oxygen deficiency in soil 
• Root respiration problems 
• Increased risk of root rot 

Trees require stable moisture, not excessive water.
TreePampers ensures optimal moisture levels through controlled release.tained water supply rather than one-time irrigation.

Yes. TreePampers is:

• 100% organic 
• Fully biodegradable 
• Free of toxic chemicals 
• Safe for soil structure and ecosystemsimal moisture levels through controlled release.tained water supply rather than one-time irrigation.

TreePampers delivers:

• Higher plant survival rates 
• Significant water savings 
• Improved soil structure 
• Enhanced microbial activity 
• Long-term ecological restoration support 

It is a sustainable solution for dry and desertified regions.

TreePampers does not completely decompose and disappear within a fixed number of days. Its degradation rate depends on the application environment, particularly UV exposure, soil moisture, microbial activity, temperature, and overall soil conditions.

If TreePampers is fully wetted and then exposed directly to air and sunlight, the outer organic components may show visible degradation within approximately 3–5 months. However, in actual field applications, TreePampers is buried inside the planting hole near the root zone, where UV exposure is very limited. Therefore, the degradation process is much slower under practical soil conditions.

In soil, TreePampers degrades in stages. First, the fast-carbon components in BioBoost are consumed by soil microorganisms. Then, the internal wood fiber gel structure gradually biodegrades. This process is closely related to microbial activity, soil moisture, temperature, and the local soil environment.

During degradation, TreePampers can still repeatedly absorb, retain, and release water, functioning as a temporary root-zone water reservoir. Based on current observations, it may support up to around 8 absorption–release cycles, although its water-holding and release capacity gradually decreases after each cycle.

This repeated water absorption, retention, and release process helps store water during rainy periods or when water is available, and gradually release it to the root zone during dry periods. As a result, TreePampers helps improve the drought resilience of trees in arid regions, especially newly planted and young trees during their early establishment stage.

Therefore, under practical field conditions, TreePampers can continue to support tree establishment and early growth before gradually losing its water-retention function. Complete decomposition and integration into the soil may take approximately 3–5 years, depending on local soil and climate conditions. No manual removal or cleanup is required.