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Ceratozamia microstrobila

Deciduous cloud forests and oak woods on limestone substrates.·Unknown·Vulnerable

Ceratozamia microstrobila is a species of cycad native to Mexico, specifically found in the states of San Luis Potosí and Tamaulipas. It is characterized by its small, glossy green leaves, which emerge as bronze or dark brown, and produces yellowish-green pollen cones. This species thrives in well-shaded, well-drained terrestrial environments within deciduous cloud forests and oak woods on limestone substrates.

Key Facts

  • Endemic to San Luis Potosí and southern Tamaulipas in Mexico.
  • Leaves are typically 70 cm long and glossy green, emerging with a bronze to dark brown hue.
  • Produces small, yellowish-green pollen cones.
  • Prefers well-shaded and well-drained habitats, often found in deciduous cloud forests and oak woods.
  • Considered vulnerable due to habitat loss, with a population decrease of 30-50% in the last 50 years.
Ceratozamia microstrobila
Scientific Name
Ceratozamia microstrobila
Family
Zamiaceae
Native Range

Mexico

Leaf Characteristics

Small, glossy green leaves, Approximately 70 centimeters long, New leaves emerge bronze to darker brown

Cone Characteristics

Small Pollen Cones, Yellowish-Green In Color

Cultivation Notes
Prefers a well-shaded area that is well-drained.
Threats

Habitat Loss

About Ceratozamia microstrobila

Ceratozamia microstrobila is a species of cycad belonging to the Zamiaceae family. This plant is endemic to Mexico, with its natural distribution confined to the states of San Luis Potosí and the southern regions of Tamaulipas. It is a species that requires specific environmental conditions, typically found in terrestrial habitats within deciduous cloud forests and oak woods, often growing on limestone substrates.

Botanical Description

The leaves of Ceratozamia microstrobila are a notable feature, measuring approximately 70 centimeters in length and possessing a glossy green appearance. A characteristic of this species is the color of its new foliage, which emerges in shades of bronze to darker brown before maturing into the typical green. The plant produces reproductive structures in the form of small pollen cones, which are described as having a yellowish-green hue.

Habitat and Conservation

Ceratozamia microstrobila thrives in areas that offer ample shade and possess good drainage. Its preferred environment is within the understory of forests, contributing to the biodiversity of these ecosystems. Unfortunately, the species faces significant conservation challenges, primarily due to habitat loss. This reduction in suitable living space has led to a documented decline in its population, estimated between 30 and 50 percent over the last half-century, placing it in a vulnerable conservation status.

Source: Wikipedia ↗

Frequently Asked Questions

Where is Ceratozamia microstrobila found naturally?

Ceratozamia microstrobila is endemic to Mexico, specifically within the state of San Luis Potosí and the southern portion of Tamaulipas. It is found in terrestrial environments such as deciduous cloud forests and oak woods.

What do the leaves of Ceratozamia microstrobila look like?

The leaves of Ceratozamia microstrobila are typically about 70 centimeters long and have a glossy green appearance. When they are new, they emerge with a color ranging from bronze to darker brown before maturing.

What are the reproductive structures of Ceratozamia microstrobila?

Ceratozamia microstrobila produces small pollen cones. These cones are described as having a yellowish-green color.

What kind of environment does Ceratozamia microstrobila prefer?

This species thrives in a well-shaded area that is also well-drained. Its natural habitat includes deciduous cloud forests and oak woods, often growing on limestone substrates.

What are the conservation concerns for Ceratozamia microstrobila?

Ceratozamia microstrobila is threatened by habitat loss, which has led to a significant decrease in its population. It is recorded as being vulnerable to becoming endangered, with its population having declined between 30 and 50 percent over the past fifty years.