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17 January 2020 | Story Leonie Bolleurs | Photo Leonie Bolleurs
Prof Aliza le Roux and Dr Mpho Romoejane
Prof Aliza le Roux and Dr Mpho Ramoejane (camera-trap expert) at a wetland area in the Golden Gate National Park, searching for the rare white-winged flufftail.

The White-winged Flufftail, a highly endangered bird species, was spotted less than 70 km from the UFS Qwaqwa Campus, home of the Afromontane Research Unit (ARU). In collaboration with BirdLife South Africa, the ARU is conducting a study to find out if this species also made its home in the Golden Gate Highlands National Park.

This rare species has so far only been found at three sites in South Africa.


Study to benefit local community

One of the ARU’s goals is to undertake research that will benefit the local communities, including SANParks. Should it be confirmed that these rare birds are also found in the area, the status of the Golden Gate Highlands National Park in the Important Birding Area (IBA) directory is likely to increase.

Prof Aliza le Roux, Associate Professor in the Department of Zoology and Entomology on the Qwaqwa Campus of the University of the Free State (UFS) and affiliated to the ARU, is conducting the study. She is also involved in other wetland studies.

According to Prof Le Roux, it is very difficult to find the bird. In a study, Prof Le Roux, Dr Sandy-Lynn Steenhuisen (botanist in the Department of Plant Sciences), and Dr Ralph Clark (ARU Director) have been deploying song meters in a rolling grid in the wetland areas, recording all bird noises around dawn and dusk. This is a non-invasive method to record bird sounds and helps to maintain the health of wetlands.

With these song meters they are trying to create a soundscape of the wetlands, recording all the sounds of the area by changing the location of the song meters every two weeks to cover the entire 2 km-long wetland area. Soundscape ecology is a fairly new technique and could be an effective way of measuring wetland health in high-altitude settings.

“In contrast with camera traps, song meters do not need a direct line of sight to record the presence of a specific bird – it can pick up songs from 150 m away in all directions. Camera traps may, however, be useful for adding visual confirmation of any bird’s presence, which is useful for a species that has only been heard a few times. In fact, no recording of the White-winged Flufftail’s call is currently in the public domain,” says Dr Le Roux.


Collaboration with Japanese university

Using these recordings from the soundscape, the team identifies the different bird, frog, and insect sounds recorded. According to Prof Le Roux, they are fairly new to the process and she would like to learn more, specifically about the analysis of the song diversity. She is visiting researchers at the Okinawa Institute of Science and Technology (OIST) in Japan in early December to investigate the variety of tools available to effectively analyse terabytes of acoustic data. Researchers at OIST have done similar studies on soundscapes in Okinawa along an urban gradient, and their expertise as well as access to a supercomputer could boost this research significantly.

The Qwaqwa area is on the border of the White-winged Flufftail’s expected distribution range.

“Because they and their habitat are threatened,
we are not sure if they are in the area;
and whether they may only be here to breed.”
—Prof Aliza Le Roux,
Associate Professor, UFS.


“If we find that they did make the park their home, they will be more protected, as the park is a conservation area.”


Grasslands

Prof Aliza le Roux and Dr Mpho Ramoejane (camera-trap expert) at a wetland area in the Golden Gate National Park. The wetlands often get trampled, affecting the condition of the area. Interestingly, trampling improves conditions for flufftails, as the cattle open up spaces between the reeds.

Photo: Leonie Bolleurs

News Archive

Neonatal Care Unit receives donation to expand capacity
2015-10-28

  

With the best care and technology available,
the survival rate of premature
babies is about 85%. The neonatal intensive
care unit at the Universitas hospital can now
expand its capacity thanks to a donation of
R1 million by the Discovery fund.
From the left is Prof André Venter.
Head: Department of Paediatrics and
Child Health at the UFS, and mrs Ruth Lewin,
Head: Corporate Sustainability at Discovery. 

The smallest people need the greatest care. This care is being provided by the neonatal unit in the Children’s Wing of the Universitas Hospital. This project of the University of the Free State (UFS), under the leadership of Prof Andre Venter, has led to several miracles regarding child health since its inception.

Now, thanks to a donation of R1 million rand from the Discovery fund, this unit can expand its capacity and treat more premature babies.

About 14% of babies in South Africa are born before the 37th week of pregnancy. These babies are born with a very low birth weight, and are in need of critical care. The neonatal intensive-care unit at Universitas Hospital is currently equipped to take care of about 14 premature babies at a time, from birth to discharge. However, because of the high incidence of premature births in the hospital’s service area, the unit needs about 45 beds.

The aim of the Children’s Wing Project is to expand the neonatal intensive-care unit in order to meet the demands of the hospital’s service area, which reaches as far as the Southern Cape. The Discovery Fund recently donated R1 million to the project, which will be used to expand the capacity of the neonatal intensive-care unit.

“With the best care and technology available, the survival rate of premature babies is about 85%. Without this, half of all premature babies would die,” says Prof Venter, Head: Department of Paediatrics and Child Health at the UFS.

“This is the reason why private and public partnerships, such as the one with Discovery, are essential to make specialised services available to the most vulnerable people. Discovery has made a significant contribution to the project without which we would not have been able to expand the capacity of the unit



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