Biology in Food Systems

Sustainable Agricultural Practices

Learn how biology drives eco-friendly farming techniques that boost crop yield and protect ecosystems.

Innovations in Horticulture

Understand the biological advances that improve plant health and garden productivity year-round.

Hydroponic Farming Benefits

Explore soil-free cultivation methods powered by biology to maximize food production efficiently.

Agricultural Biology

Understand the biological processes that drive crop production and sustainability.

Agriculture is the science of producing commodities that maintain life, including food, fibers, and forest products. In Myanmar, agriculture is vital, with farms producing diverse crops like rice, pulses, and maize.

Here are the major crops you need to know:

• Rice (Oryza sativa): The staple food. It thrives in rain-fed lowlands and irrigated fields. Traditionally, rice fields are flooded, which isn’t strictly necessary for the rice itself but is a biological trick to suppress weeds and pests that can’t survive underwater.
• Wheat (Triticum aestivum): A winter crop often sown using the “zero-tillage” technique (planting without disturbing the soil), which helps maintain a compact seedbed.
• Maize (Zea mays): A tropical plant that loves warm, humid weather. It is very sensitive to soil moisture—too much or too little can harm it.
• Pulses: Did you know Myanmar is a world leader in pulse production? We are the third-largest producer globally (after India and Canada), growing crops like blackgram, greengram, and pigeonpea.

Horticultural Science

Discover techniques that improve plant growth and health in controlled environments.

Horticulture: The Art of Garden Cultivation

While agriculture focuses on large-scale field crops, Horticulture (from the Latin hortus for “garden”) focuses on high-value plants for food, beauty, and utility⁷. It involves intensive care for individual plants to improve quality and yield⁸.

Horticulture is divided into several specialized branches:

Branch	What it Studies
Olericulture	Vegetable growing (non-woody plants for food)9.
Pomology	Production of fruits and nuts10.
Viticulture	Growing grapes, largely for winemaking11.
Floriculture	Growing flowers and ornamental plants12.
Turf Management	Production of grass for sports stadiums and leisure13.
Arboriculture	Care of individual trees and shrubs14.
Postharvest Physiology	Managing crops after harvest to extend shelf life15.

Hydroponic Farming

Uncover the biology behind soil-less cultivation and its benefits for food systems.

Hydroponic Culture: Farming Without Soil

What if you don’t have good soil? Biology has an answer: Hydroponics.

Hydroponics is a method of growing plants using mineral nutrient solutions in water solvents, without any soil. The roots are exposed to the nutritious liquid or supported by an inert medium like gravel or perlite.

Why use Hydroponics?

• Water Efficiency: It uses significantly less water than traditional soil farming.
• Speed & Yield: It often allows for faster growth and higher yields.
• Adaptability: It allows people to grow food in harsh environments where fresh water or fertile soil is scarce.

Where do the nutrients come from? The nutrient solutions can be made from chemical fertilizers, or even biological sources like fish excrement (often linked with aquaponics) or duck manure.