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Sansivera
Herba

Snake Plant

Sansevieria trifasciata

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Kingdom

Plantae

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Division

Magnoliophyta

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Class

Angiosperms

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Order

Asparagales

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Family

Asparagaceae

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Genus

Sansevieria

Plant Description

Sansevieria (commonly known as the Snake Plant) is a popular ornamental plant featuring stiff, upright leaves with grey-green marbled patterns that provide a modern aesthetic. Its architectural form makes it a perfect fit for minimalist gardens as well as indoor decor. This plant is highly drought-tolerant, survives in low light, and requires infrequent watering, making it ideal for beginners who want to add a touch of greenery without the hassle of complex maintenance.

Benefits:

  1. Air Purification: Helps improve indoor air quality by absorbing certain pollutants.
  2. Modern Decorative Element: Perfect as a contemporary decorative feature due to its bold and tidy silhouette.
  3. High Resilience: Extremely easy to care for and withstands harsh conditions, making it suitable for homes, offices, and urban landscapes alike.


Estimated Carbon Absorption

Data based on number of plants

Total Carbon (kg/tree)

0

Total Carbon (ton/ha)

0

Total COâ‚‚ Absorbed

0 ton

What is Carbon Estimation and Why is it Important?

Carbon stock is the amount of carbon stored in an area, mainly in plants, soil, and other green elements. In the context of parks, carbon stock shows how much a park contributes to 'absorbing' carbon dioxide (COâ‚‚) from the air through natural plant processes like photosynthesis. The absorbed carbon is then stored in stems, leaves, roots, and soil around it.

Carbon estimation refers to the estimated amount of carbon absorbed and stored by vegetation in a park. This calculation usually uses scientific methods based on plant species, tree size, area, and vegetation density. In other words, carbon estimation helps us understand a park's contribution to reducing air pollution and climate change impact.

Term Explanation

  • COâ‚‚ Absorbed : Estimated amount of carbon dioxide absorbed by the plant.

Plant Location