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How Dragon’s Blood Is Harvested — And Why It Matters

  • Writer: The Hello Rainforest Team
    The Hello Rainforest Team
  • Mar 26
  • 1 min read
Cultivated Croton lechleri trees grown in managed areas for sustainable Dragon’s Blood harvesting


Dragon’s Blood is a deep red resin derived from the Amazonian tree Croton lechleri.

It is traditionally used as a natural protective substance by the tree itself.


The way this resin is harvested can significantly impact:

   •   the health of the tree

   •   the surrounding rainforest ecosystem

   •   and the quality of the resin produced



What Is Croton lechleri?


Croton lechleri is a fast-growing tree native to the Amazon rainforest.

When its bark is affected, it releases a red resin that forms a natural protective barrier.


This unique response is what gives Dragon’s Blood its distinctive properties.



How Is Dragon’s Blood Traditionally Harvested?


In many regions, Dragon’s Blood is still collected from wild trees.


Common methods may include:

   •   cutting into the bark to release resin

   •   repeated tapping over time

   •   harvesting from unmanaged forest areas


When not carefully managed, these approaches can:

   •   place stress on the tree

   •   reduce long-term resin production

   •   impact surrounding vegetation and canopy structure



A More Sustainable Approach to Harvesting


At Hello Rainforest, Dragon’s Blood is sourced from cultivated tree areas rather than wild harvesting.


This approach focuses on:

   •   Growing trees in designated zones

   •   Protecting surrounding rainforest ecosystems

   •   Structuring harvesting cycles to support long-term tree health


This allows for:


✔ Consistent resin quality

✔ Healthier trees over time

✔ Repeatable and sustainable harvesting



Community member tending cultivated Croton lechleri seedlings for sustainable Dragon’s Blood sourcing
Cultivated growing practices support long-term tree health while empowering local communities.


Does Harvesting Method Affect Quality?


Yes.


Resin collected from healthy, well-managed trees is more likely to be:

   •   consistent in composition

   •   stable in quality

   •   reliably available over time


Tree stress, over-harvesting, or environmental disruption can all influence resin output and consistency.


Learn more about our approach to botanical sourcing.



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