Deadly floods sweep Albania and Montenegro as rivers burst banks

What does it mean when a river bursts its banks, and how does that cause flooding?

A river normally carries water within its channel. It bursts its banks when the flow becomes too high for that channel, forcing water over the edges. Flooding begins as that water spreads across surrounding low-lying land, where homes, roads, and farms may stand. The danger grows because floodwater can move quickly and enter buildings before people can leave.

In southern Albania, the Vjosa River burst its banks near Novosela in the Vlorë region. Rescue teams found residents trapped by rising water, including two elderly people whose home was flooded to about 1.5 metres. The river’s overflow therefore became a direct threat to people and property, not just a change in water level.

The flooding also affected hundreds of buildings and forced some residents into temporary shelter. Understanding a river’s banks helps explain why evacuation orders were issued. When water levels continue rising, authorities must move people away from areas where overflowing water may spread next.

Which rivers and communities were affected, and how many people, homes, and buildings suffered damage?

Flooding struck communities along two rivers in the western Balkans. In Albania, the Vjosa River overflowed near Novosela in the Vlorë region. In Montenegro, the Zeta River flooded residential areas in Danilovgrad, affecting about 30 homes and nearby villages. The events crossed national borders and disrupted both settlements and transport routes.

The article reports that emergency services were clearing water from around 800 buildings in Albania. About 300 people had received temporary shelter. These figures describe buildings and people needing assistance, rather than a complete count of everyone affected. In Montenegro, the reported home figure was around 30, with several villages also affected.

The scale shows why the floods required more than individual rescues. Communities needed evacuation, shelter, pumping or drainage work, and repairs to transport links. The article does not provide one total number for all affected people or all damaged homes, so the reported figures should not be combined into a single damage total.

Why did days of severe winter weather and more than 100 millimetres of rain in 24 hours produce such dangerous flooding?

Flooding becomes dangerous when water arrives faster than rivers, soil, and drainage systems can absorb or carry it away. More than 100 millimetres of rain in 24 hours is a very large amount for a short period. After days of severe winter weather, the region also faced snowfall and icy conditions, making travel and emergency work harder.

The article connects the floods with this combination of prolonged winter conditions and intense rainfall. Rivers received a sudden, heavy input of water. Once flows rose beyond channel capacity, the Vjosa and Zeta rivers spilled into nearby communities. Roads, buildings, and crossings were then exposed to moving water.

Authorities warned that further snowfall and ice could cause more disruption. The exact share caused by snowmelt or frozen ground is not stated, so it should not be assumed. What is clear is that heavy rain followed a period of severe weather and produced dangerous river flooding across Albania and Montenegro.

What happened to people, transport links, and local infrastructure because of the floods?

The floods caused loss of life, displacement, property damage, and transport disruption. In Albania, at least one person died. Emergency services were clearing water from around 800 buildings, while about 300 people were placed in temporary shelter. These effects show that flooding threatened both safety and ordinary community life.

A 54-year-old man was found dead in an irrigation canal in Durrës after being swept away by floodwaters. In southern Albania, rescue teams reached trapped residents by inflatable boat. In Montenegro, the Zeta River affected about 30 homes in Danilovgrad and nearby villages. A torrent destroyed a crossing near Podgorica, cutting a transport connection.

Soldiers and engineers built a temporary pontoon bridge to replace that crossing. Excavators cleared drainage channels, and emergency crews worked to restore transport links. Further snow and ice could create additional disruption, according to authorities. The immediate priority was rescue and access, followed by removing water and reconnecting communities.

How did rescue teams, soldiers, engineers, and excavator crews respond to the emergency?

Different emergency teams handled different parts of the crisis. Rescue teams focused on people trapped by rising water. Soldiers and engineers addressed damaged transport infrastructure. Excavator crews opened blocked or overwhelmed drainage channels. Together, these actions protected residents, improved water movement, and helped reconnect communities.

Near Novosela, rescue teams used inflatable boats to reach residents, including two elderly people inside a home flooded to about 1.5 metres. Near Podgorica, a torrent had destroyed a crossing, so soldiers and engineers built a temporary pontoon bridge. Excavators also cleared drainage channels while emergency crews worked on transport links.

The response had to continue while water levels and winter conditions remained dangerous. Authorities were also dealing with roughly 800 buildings needing water removal and about 300 people in temporary shelter. The reported warning of more snowfall and ice meant crews might face further disruption while carrying out rescues, drainage work, and repairs.

Why are drainage channels, bridges, and temporary crossings important during and after a flood?

Drainage channels give floodwater a route away from streets, buildings, and other vulnerable places. Bridges and crossings allow people and vehicles to pass over rivers and channels safely. During a flood, these systems protect access to homes, shelters, hospitals, and emergency work sites. Afterward, they support recovery and reconnect communities.

In Montenegro, a torrent destroyed a crossing near Podgorica. Soldiers and engineers built a temporary pontoon bridge to replace it. Excavators cleared drainage channels as emergency crews worked to restore transport links. These actions addressed two connected problems: water needed somewhere to go, and people needed a safe route across the affected area.

Without usable drainage, water can remain around buildings and roads. Without a bridge or crossing, rescue teams and supplies may be delayed. The article shows that infrastructure work is part of flood response, not a separate task. Restoring channels and crossings can reduce isolation during continuing bad weather and help communities return to normal movement.

How does water move through a river basin, and what determines whether rainfall becomes a flood?

A river basin is the area of land whose rainfall drains into the same river system. Water may flow over the ground or through smaller streams before reaching the main river. The river then carries that combined flow downhill. This explains why rain falling far from a town can still raise water levels there. The article does not describe basin mechanics directly; this is established hydrology.

Flood risk depends on rainfall amount, intensity, duration, and location. It also depends on soil absorption, ground conditions, slopes, drainage capacity, and the river channel’s size. If water arrives faster than the land and channel can handle, the river may overflow. In the article, more than 100 millimetres fell in parts of Albania within 24 hours, and the Vjosa and Zeta flooded nearby communities.

The reported winter weather added difficult conditions for residents and responders. Authorities warned that more snowfall and ice could bring disruption. Monitoring rainfall, river levels, drainage, and weather forecasts helps officials issue warnings and organize evacuations before banks are overtopped.

Key Facts:

📌 A river bursts its banks when water rises above its channel edges.

📌 The Vjosa River overflowed near Novosela in southern Albania.

📌 One home was flooded to around 1.5 metres.

📌 The Vjosa flooded near Novosela in Albania.

📌 The Zeta affected about 30 homes in Danilovgrad.

📌 Around 300 people received temporary shelter.

📌 Parts of Albania recorded more than 100 millimetres of rain in 24 hours.