Skip to main content

Terrarium article by Rupa kumari

Terrarium
A terrarium (plural: terraria or terrariums) is usually a sealable glass container containing soil and plants, and can be opened for maintenance to access the plants inside. However, terraria can also be open to the atmosphere rather than being sealed. Terraria are often kept as decorative or ornamental items. Closed terraria create a unique environment for plant growth, as the transparent walls allow for both heat and light to enter the terrarium.
The sealed container combined with the heat entering the terrarium allows for the creation of a small scale water cycle. This happens because moisture from both the soil and plants evaporates in the elevated temperatures inside the terrarium. This water vapour then condenses on the walls of the container, and eventually falls back to the plants and soil below.
This contributes to creating an ideal environment for growing plants due to the constant supply of water, thereby preventing the plants from becoming over dry. In addition to this, the light that passes through the transparent material of the terrarium allows for the plants within to photosynthesize, a very important aspect of plant growth.
History of terrarium:
The first terrarium was developed by botanist Nathaniel Bagshaw Ward in 1842.Ward had an interest in observing insect behaviour and accidentally left one of the jars unattended. A fern spore in the jar grew, germinated into a plant, and this jar resulted in the first terrarium. The trend quickly spread in the Victorian Era amongst the English. Instead of the terrarium, it was known as the Wardian case.
Ward hired carpenters to build his Wardian cases to export native British plants to Sydney, Australia. After months of travel, the plants arrived well and thriving. Likewise, plants from Australia were sent to London using the same method and Ward received his Australian plants in perfect condition. His experiment indicated that plants can be sealed in without ventilation and continue thriving.Wardian cases were used for many decades, by Kew Gardens and others, to ship plants around the British Empire.
Types of Terrarium:
Terrariums are classified into two types: closed and open. Closed terrariums are sealed shut with a lid, door or cork. Open terrariums have access to fresh air, most commonly through a hole drilled into the glass container.
Closed Terrarium:
Tropical plant varieties, such as mosses, orchids, ferns, and air plants, are generally kept within closed terraria due to the conditions being similar to the humid and sheltered environment of the tropics. Keeping the terrarium sealed allows for the circulation of water, making the terrarium uniquely self-sufficient. The terrarium may be opened once a week to remove excess moisture from the air and walls of the container. This is done to prevent growth of mold or algae which could damage the plants and discolour the sides of the terrarium.Another method is the introduction of Springtails, who will consume any molds or fungi they encounter within the Terrarium.
Closed terraria benefit from special soil mixes to ensure both good growing conditions and to reduce the risks of microbial damage. A common medium used is 'peat-lite', a mixture of peat moss, vermiculite, and perlite. The mixture must be sterile in order to avoid introducing potentially harmful microbes.
Open Terrarium:
Open terraria are better suited to plants that prefer less humidity and soil moisture, such as temperate plants. Not all plants require or are suited to the moist environment of closed terraria. For plants adapted to dry climates, open, unsealed terrariums are used to keep the air in the terrarium free from excess moisture.[6] Open terraria also work well for plants that require more direct sunlight, as closed terraria can trap too much heat, potentially killing any plants inside.
succulents despite being a popular choice, do not fare well inside terrariums – open or closed. The intrinsic lack of drainage in a terrarium will inflict root rot due to these plants being from arid climate.

Comments

Popular posts from this blog

🍀HOME GARDEN🍀 Author:- G.keerthana

HOME GARDENING  Article by :- G.keerthana . Growing your own vegetables can be fun as well as rewarding. All you need to get started is - some decent soil and few plants and this way you provide fresh healthy vegetables.         My own home garden  A good home gardening plan may include selecting the right location, determining the size of the garden, deciding upon the types and varieties of vegetables to plant.  It must be noted that there are many vegetables that can be grown in pots. How to begin with Home Gardening: Site selection. Size of the garden. Deciding on what to grow. Location of vegetables in the garden. Time for plantation. Gardening images of my own garden: Uses of Home gardening:- Improve your health. Consuming more fresh fruits and vegetables is one of the most important things you can do to stay healthy. Save money on groceries. Get outdoor exercise. Gardening is a natural stress reliever. May lower the stress...

FARMSTAYS IN INDIA —To get back to nature

INTRODUCTION   Agriculture is the backbone of the Indian economy and agritourism is one of the latest concepts to revolutionize the India travel industry. Buoyed by the growing popularity of homestays in India, farmstays are blossoming across the country. They provide an authentic and interactive experience of rural life, in the delightfully fresh country air. These farmstays are among the best in India and range from simple to sublime. THE CONCEPT : Farm stays are accommodations made for guests on a working farm. The concept of farm stays is not new, but it has gained popularity in recent times. Farms allow tourists and travellers to stay in huts, cottages or barns and take part in farm life. So why are Indians opting for farm stays lately? The reasons are aplenty and here are six of them: *Budget-Friendly *Going Back To One’s Roots *Understanding Where Our Food Comes From *Peaceful And Serene *Simplicity *Agro-Tourism Some of the best farmstays in India: 01. DEWALOKAM FARMSTAY ...

GRAFT OR BUD UNION Author:- S.Hemanth

Physiology of graft (or) bud union formation   Article by:- S.Hemanth A. Characteristics of a functional graft union  Mechanical strength  Initially some sticking together of scion and stock is achieved by intercellular adhesion at first and intermingling of callus subsequently, but ultimately it is the interlocking of xylem fibers (wood) that results in a strong, permanent graft union.  Translocation   The structural integrity of the graft union not only holds the grafted plant together, but it is the reestablishment of anatomical and functional continuity between xylem and phloem that allows for translocation of water and minerals by the xylem, and conduction of carbohydrates and other organics by the phloem.    B. Sequence of graft union formation  Necrotic plate  The necrotic plate is a layer of desiccated, crushed cell walls at the cut surface of both stock and scion. Suberin (a waxy material) and pectin...