400K–470K
112 emergency calls per year
Plants & Learning
Plant science, survival and fire-risk simulators, and helpful videos.
Plant Life Cycle & Growth
- The seed — A tiny survival kit with a baby plant and stored food; waits until water and temperature are right.
- Germination — With enough water and warmth, a root grows down and a shoot grows up toward light.
- Seedling — After the first leaves appear, the plant is fragile and building its leaves for energy from the sun.
- Mature plant — Strong stem and full leaves and roots; ready for flowering and reproduction.
- Flowering and reproduction — Flowers make new seeds; pollen often moves by bees or wind.
- Seed production — Fertilised flowers become seeds (sometimes inside fruit), scattered by wind, water, or animals.
How this research helps our smart greenhouse
- Where to place plants — Match light needs to LED placement vs shadier spots.
- When to water — Seedlings vs mature plants need different amounts; pumps can be programmed accordingly.
- Using sensors — Moisture when soil is dry; temperature so conditions stay safe.
- Protecting seedlings — A controlled nursery zone in the greenhouse.
- Monitoring health — Compare growth stages to spot problems early.
- After fire — The greenhouse is a safe zone to grow plants until they are strong enough to replant and help the land recover.
Pollination
Flowers use the anther to produce pollen that reaches the stigma. Pollen on the same flower or plant is self-pollination; pollen moving to another plant is cross-pollination.
How flowers are pollinated: Insects are common pollinators. Insect-pollinated plants are often colourful and sweet-smelling. Pollen can be sticky or spiky so it attaches to insects; the stigma is also sticky to catch pollen as insects move past.
Understanding plant growth for design
Without understanding growth, a greenhouse might be too small or too hot.
- Space — Tall vs wide plants inform roof height and light placement.
- Speed — Systems should not treat a slow cactus like a fast-growing tomato.
- Conditions — Plants release moisture; ventilation reduces excess humidity and mould.
- Sensors & automation — Light and soil moisture sensors; pumps for watering when people are not there.
- Protection — Nursery shelf closer to heat for young plants.
- Light clock — Day length triggers leaves vs flowers; smart lights can provide ideal photoperiods.
- Watering cycles — Code can prefer early morning over midday heat.
- Hardening off — Gradual exposure to wind and weather before plants leave the greenhouse.
- Restoration — Strong plants go to fire-affected areas to help the environment heal.
Readiness checklist (before plants leave)
- Roots — Solid system; soil temperature and oxygen matter.
- Height — Often ready with true leaves and roughly 10–15 cm (species-dependent).
- Stem — Thick enough to stand light wind.
- Outdoors — Check frost dates and that night temperatures are safe before moving plants out.
- Hardening off in practice — e.g. 1 hour outside day 1, 2 hours day 2, increasing over about a week.
Pick a place on the map
Live weather from Open-Meteo updates both simulators below. Starts at Nicosia — click the map or choose a city.
Click anywhere to set the place. Drag the pin to adjust.
Live weather at this place
Loading Nicosia…
Plant Survival Simulator
Pick a plant — sliders use live weather from the place you selected on the map.
Conditions
Synced with fire simulator · Nicosia, Cyprus
Can this plant survive?
YES — can survive
Fire Risk Simulator
Choose a landscape type — weather sliders use live data from the same place as the plant simulator.
Cyprus Emergency Call Data Insights
National statistics show that the 112 emergency infrastructure processes between 400,000 and 470,000 calls annually. Out of this daily volume of roughly 1,200 calls, a significant portion is routed directly to first responders.
The Cyprus Fire Service manages roughly 8,500 dispatches per year, maintaining a consistent daily baseline of 15 to 20 active fire incidents — split between urban municipalities (about 3,500 annually) and high-risk rural zones (about 5,000 annually).
~1,200
Calls handled daily on average
8,500
Fire service dispatches per year
15–20
Active fire incidents per day (baseline)
3,500
Urban municipality dispatches annually
5,000
High-risk rural zone dispatches annually
Weather & fuel
Synced with plant simulator · Nicosia, Cyprus
Is fire risk high?
NO — fire risk is low
Risk level: Low
What is a Smart Greenhouse?
Smart IoT Greenhouse Project — a real example of sensors + automation.
Fully Automated Greenhouse — how modern farms monitor and control conditions.
Tech For Nature — project video from our team.
If a video can’t play on embedded websites, thumbnails still work — click to watch on YouTube.