---
title: "Virtual rivers and Mozart lower blood pressure in the emergency room"
description: "A Turkish trial finds that a headset and a calming playlist beat drugs alone — for the first quarter of an hour"
author: "Albion Grey"
published: 2026-09-25T22:01:00Z
modified: 2026-09-26T23:04:28Z
url: https://rews.cc/a/virtual-rivers-and-mozart-lower-blood-pressure-in-the-emerge-628016
language: en
tags: ["health", "vr", "music", "anxiety", "medicine", "science"]
publisher: "Rews (https://rews.cc)"
---

# Virtual rivers and Mozart lower blood pressure in the emergency room

*A Turkish trial finds that a headset and a calming playlist beat drugs alone — for the first quarter of an hour*

By Albion Grey · September 25, 2026 · https://rews.cc/a/virtual-rivers-and-mozart-lower-blood-pressure-in-the-emerge-628016

## In brief

- Turkish researchers enrolled 130 emergency-department patients with hypertensive urgency; all received standard medication
- Half also watched a virtual-reality forest river while listening to Debussy, Bach and Mozart
- After 15 minutes pressure had fallen about 16 mmHg in the VR group versus 12 mmHg with drugs alone
- The gap between the groups had narrowed at 30 minutes and disappeared by 60
- The trial cannot say whether the music or the virtual scene did the work; larger, longer studies are planned

Emergency departments are notoriously short of rivers. That is a pity, because gazing at flowing water while listening to Bach appears to pull down dangerously high blood pressure. Happily for hospitals, virtual reality and a decent playlist do the job nearly as well.

Hypertensive urgency, as the condition is known, is common among people in intensive-care settings, and medication is the standard defence against the damage it can inflict on the eyes, heart and brain. Relaxation has shown promise too: aquarium scenes and classical music have each calmed patients in earlier work. Anxiety makes matters worse, says Safa Dönmez of the University of Health Sciences in Ankara, because stress hormones tighten blood vessels and push the pressure higher still.

Mr Dönmez and his colleagues combined the two approaches. They recruited 130 adults who arrived at an emergency department with hypertensive urgency and gave all of them standard blood-pressure medication. Half also donned a virtual-reality (VR) headset showing the Columbia River in Canada flowing through a forest, while a soothing playlist ran through Debussy, Bach and Mozart. “Overall, the aim was to create a calm, natural and relaxing environment,” Mr Dönmez says.

The early numbers favoured the virtual riverbank. Before treatment, the participants’ arterial pressure averaged about 130 to 138 millimetres of mercury (mmHg). Fifteen minutes after the intervention it had dropped by about 12 mmHg in the medication-only group, against about 16 mmHg among those who had had the headset and the music. The results were presented at the European Emergency Medicine Congress in Paris.

The advantage did not last. After 30 minutes the gap between the groups had shrunk, and by 60 minutes their readings were about the same. Even so, seeing an effect so quickly is clinically significant, says Verónica Saldaña-Ortiz of the European University in Madrid. “In an emergency department, even a relatively simple non-pharmacological intervention that helps patients feel calmer during the initial phase of care could be clinically valuable,” she says.

The mechanism is probably serenity rather than spectacle. Anxiety fell by a greater amount in the VR-and-music group, according to ratings on a questionnaire called the State Anxiety Inventory, and Mr Dönmez thinks that drop may explain the initial improvement. Mathew White of the University of Exeter says the findings are consistent with a growing body of work showing that even virtual nature reduces stress, including blood pressure, in stressful situations. “Extending this approach to an emergency room setting seems like a wonderful idea,” he says, “and hopefully results can be replicated and more widely implemented if confirmed.”

Caveats remain. Because the headset and the music were delivered together, Ms Saldaña-Ortiz notes, the study cannot show whether the benefit came from the music, the virtual environment or both. Mr Dönmez says the team is planning larger studies with longer follow-up periods to disentangle the ingredients — including a test of whether patients choosing their own music makes a difference.

None of this will displace the pills: the supplementary effect faded within the hour, and replication remains a hope rather than a fact. But the intervention is cheap, harmless and packs away into a drawer. Emergency departments never have enough calm to go round; a headset that dispenses it on demand would be no small thing.