Skip to content
Ecological Intelligence

Ecological evidence.
Independent perspective.
Explore Wild Lands ↗

Ecological Intelligence / Subject

regeneration

Peer-reviewed Asia

Mixed forests scored highest—and still left important functions behind

Evidence
Peer-reviewed
Geography
Four subtropical regions of southern China
System
Plantation and secondary forest

WHAT THE EVIDENCE SAYS

Across 36 plots in 32–39-year-old stands, mixed Cunninghamia-broadleaf plantations had the highest mean ecosystem multifunctionality (0.559, against 0.403 secondary and 0.383 pure plantations). They also contained the most strongly imbalanced service pairs; regeneration remained relatively weak and water retention was stronger in secondary forests.

WHY IT MATTERS / OUR READ

An average restoration score is not a balanced ecological service bundle. Track regeneration, hydrology, diversity, soil and carbon separately to judge whether site-specific management goals are actually advancing.

CAVEATS / UNCERTAINTY

Observational, middle-aged-stand comparison; it cannot isolate causal benefits of mixing species or demonstrate long-term resilience.

SOURCE

Frontiers in Plant Science — Wu et al. (2026)
View original evidence ↗

A Chinese forest comparison shows how an impressive multifunctionality score conceals service imbalances.

Read the Wild Lands assessment →
Peer-reviewed Asia

Rare trees were missing from the youngest and oldest size classes in a Chinese watershed forest

Evidence
Peer-reviewed
Geography
Nanyang, Henan, China
System
Temperate–subtropical transition forest; reservoir catchment

WHAT THE EVIDENCE SAYS

Surveys counted 2,210 woody stems belonging to 39 species in 36 permanent plots. Common species occupied most diameter and height classes, while rare woody taxa were largely clustered at intermediate sizes and absent from the largest classes, suggesting weak recruitment or progression.

WHY IT MATTERS / OUR READ

Presence on a species list is not the same as a viable age structure; conservation plans should look for regeneration and canopy progression.

CAVEATS / UNCERTAINTY

Diameter-class patterns are a snapshot, not followed individuals. Recruitment failure, competition and gap dependence need repeated plots before attributing causes.

SOURCE

Frontiers in Ecology and Evolution — primary forest plot study
View original evidence ↗

Thirty-six plots in a major water-diversion intake area found that rare woody species occupied a narrow structural window.

Read the Wild Lands assessment →

Keep exploring

Follow the systems. Find the connections.

WildlifeLandWaterOceansClimateCitiesOne HealthGovernanceMethods / Monitoring
Browse the archive →