# Recursive areas | FBI.lab-animal.net

> FBI.lab-animal.net: Areas can be arranged hierarchically one below the other: from the building to a housing unit to the room. Each location remains integrated into its overarching structure.

Source page: https://fbiscience.com/en/functions/bereiche.html
Language: English (en)

Interface illustrations and interactive examples use synthetic data. The design is configurable and varies by facility.

Recursive areas

# Your facility. Structured down to every room.

Areas can be arranged hierarchically one below the other: from the building to a housing unit to the room. Each location remains integrated into its overarching structure.

[Explore example](https://fbiscience.com/en/functions/bereiche.html#beispiel) [Scope of services](https://fbiscience.com/en/functions/bereiche.html#umfang)

[View surface view ↓](https://fbiscience.com/en/functions/bereiche.html#ansicht)

## A structure with subregions

Function example

- Building A

- Housing unit 1

- Room 02

Explained in the example The introduction to spatial order.

Subareas each belong to a parent location.

Function example with synthetic data

## Spatial order that suits the business.

01

### Map hierarchies

Subareas can in turn contain additional areas. The structure follows your setup.

02

### Assign responsibility

Responsible persons and care details remain at the respective location.

03

### Bundle husbandry information

Documented information about light, temperature or humidity can be stored in the area.

surface example

## Connections at a glance.

Graphical area structure with occupancy rings and details about the selected room.

[Example interface with synthetic data · Areas related: Graphical area structure with occupancy rings and details about the selected room.](https://fbiscience.com/en/functions/assets/mockups/bereiche-grafik.png)

Example representation with synthetic data. Design and functionality are configurable and may vary depending on the facility. [Enlarge image](https://fbiscience.com/en/functions/assets/mockups/bereiche-grafik.png)

### Details in the work area.

[Example interface with synthetic data · Areas and rooms: Nested areas link the site hierarchy with rooms and cages.](https://fbiscience.com/en/functions/assets/mockups/bereiche.png)

Example representation with synthetic data. Design and functionality are configurable and may vary depending on the facility. [Enlarge image](https://fbiscience.com/en/functions/assets/mockups/bereiche.png)

## From building to concrete space.

The area structure connects rooms, cages and animals to the structure of your facility. This allows your team to move from location to related information.

- 01 ### Create upper area Choose a sensible starting point for the spatial structure.

- 02 ### Add sub-areas Arrange building parts, units and rooms appropriately.

- 03 ### Enter information Capture responsible and descriptive husbandry information.

- 04 ### Work in context Switch from the location to the associated cage and animal management.

## functions in daily use.

Map your spatial structure with any subordinate areas and connect locations, responsibilities and attitude information.

How can a facility be structured?

From the building to the housing unit to the room: Each area can contain further sub-areas. The structure follows the structure of your facility.

What information belongs to the area?

Responsible people and husbandry information such as lighting conditions, temperature or humidity are documented at the location. Cages and animals can be classified in this spatial context.

Example representation with synthetic data. Design and functionality are configurable and may vary depending on the facility.

## Let’s discuss your workflows.

Together we will clarify what scope suits your facility and what the introduction can look like.

[Let’s talk](https://fbiscience.com/en/contact/)