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Dagordning för styrelsemötet 28/2 -24

Institutionsstyrelsen har möte onsdagen den 28 februari klockan 13.15 i Synpunkten i Biologihus B. Följande står på dagordningen:

  1. Mötet öppnas
  2. Protokolljusterare utses
  3. Fastställande av dagordningen
  4. Föregående mötesprotokoll
  5. Bokslut 2023 (Föredragande Peter Stenild Matthesen)
  6. Personal – Anhållan om att inrätta tillsvidareanställning:
    • inga tjänster
  7. Personal – Övriga tjänstetillsättningar
    •  
  8. Strategiska planen
    • Uppföljning
  9. Informationspunkter
    • Prefektbeslut
    • Övrig information
    •  
  10. Eventuellt övrigt
februari 20, 2024

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Händelser Kallelse Möte Styrelse

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Protokoll från HMS-kommitténs möte den 25/1 -24

Hälsa, miljö och säkerhetskommittéen. Illustration.

Den 25 januari hade kommittén för hälsa-, miljö- och säkerhet möte. Då diskuterades bland annat hjärt- och lungräddning, brandskyddsutbildning, QR-koder för felanmälan, HMS-kommitténs sammansättning och kaffeautomaten i Ekologihuset. Läs hela protokollet på vår svenska internwebb.

februari 9, 2024

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Protokoll från GUNs möte den 1/12 -23

GUN

Den 1 december hade grundutbildningsnämnden möte. Då diskuterades bland annat CECs flytt, Biologibiblioteket, gemensam tentamensservice, lärardagen, kursvärderingar i Canvas, kurslitteratur, examinatorer och användandet av generativ AI på institutionen. Du hittar hela protokollet på vår internwebb.


Dagordning för GUNs möte den 26/1 -24

GUN

Den 26 januari klockan 13.15 har grundutbildningsnämnden möte. Följande står på dagordningen:

  1. Mötet öppnas
  2. Justeringsperson utses
  3. Fastställande av dagordningen
  4. Föregående mötesprotokoll (bifogas)
  5. Meddelanden externt – fakulteten, bland annat:
    • Uppdatering kring CEC och eventuell flytt.
    • Ny fakultetsledning har tillträtt, med Charlotta Turner som vicedekan för grund- och avancerad utbildning.
  6. Meddelanden externt – andra utbildningar
  7. Meddelanden internt, om bland annat.:
    • Tillgång till GAI-licens för alla lärare.
    • Kursutvärderingar via Canvas – instruktioner klara.
    • Arbete med KPU (=Kompletterande Pedagogisk Utbildning).
  8. Aktuella ärenden
    Förslag till beslut: Utvecklingsplan efter extern granskning godkännes för inskickande till fakulteten (bifogas)
  9. Information från studierådet
  10. Information från studievägledarna
  11. Information från koordinatorerna
    • Kandidatprogram i biologi och molekylärbiologi
    • Masterprogram i biologi, molekylärbiologi och bioinformatik
  12. Kursplaner/Utbildningsplaner
    • Kursplaner: inga
    • Utbildningsplaner: inga
  13. Inkomna kursanalyser: BIOC01, BIOC10, BIOF08, BINP11, BINP16, BIOR78, BIOR89, BIOR73, BIOB12, BIOR69, BIOR86 (bifogas)
  14. Övriga frågor
  15. Mötet avslutas
januari 18, 2024

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Jesper Emanuel Andersson – new PhD student

Porträtt av Jesper Emanuel Andersson. Foto.

Hi!
My name is Jesper (he/him) and I began 2024 in the best way possible, by starting a PhD on bird migration in the newly formed MigPerform group. In my PhD I will explore what behavioural and physiological adaptations allow birds to perform migrations previously thought impossible, together with my supervisors Sissel Sjöberg and Åke Lindström.

As a keen birder from Sweden, I found it natural to come to Lund for my bachelor’s in biology. I quickly fell in love with the town and the university so I ‘ve stayed ever since. In my theses, I’ve worked with habitat effects on population trends in bluethroats and willow warbler hybrid zone dynamics. After dipping my toes in the private sector, I’m happy to be back in research and I look forward to working with and getting to know you all better!

If not at the Ecology building or out birding, you’ll probably find me running trails or climbing in Kullaberg.

See you around!

januari 16, 2024

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Protokoll från HMS-kommitténs möte 5/12

Hälsa, miljö och säkerhetskommittéen. Illustration.

Den 5 december hade Hälsa-, miljö- och säkerhetskommittén möte. Då diskuterades bland annat byte av elledningar i Biologihus B, hjärt- och lungräddning, brandskyddsutbildning, utrymningsövningar, litiom-jonbatterier, felanmälan, HMS-kommitténs sammansättning och omorganisationen av biologi. Hela protokollet finns på vår svenska interna webbplats.

januari 9, 2024

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Christmas plants from Sweden and foreign countries

Close-up on red flowers. Photo.

This is a story on typical Swedish Christmas plants, dedicated to foreign students and postdocs in the Department of Biology.

Christmas tree

The foremost of all Christmas symbols must be the Christmas tree (Picea abies) which has adorned our homes for more than half a millennium, customs that came from Central Europe and which through centuries of tradition have grown firmly in our consciousness. Most people can hardly imagine a Christmas without a Christmas tree both indoors and outdoors.

A Christmas tree with decorations. Photo.
Christmas tree (Picea abies). Photo: Nataliya Thell

The spruce is the single of the Christmas plants presented here with a wide-spread natural occurrence in Sweden. However, most of our Christmas trees are nowadays sourced from plantations of the most common European fir, Red spruce, or Norwegian spruce. The genus Picea includes approximately 35 species, many of which mainly occur in western North America and have become Christmas trees there, for example, Sitka spruce (Picea sitchensis), Black spruce (Picea mariana), and Blue spruce (Picea pungens).

In recent years, growers have also started to market Christmas trees from the related genus Abies with around 42 species, including the species A. nordmanniana, sometimes called King fir, which produces trees with a more regular shape with coarser and slightly flatter needles.

Fortunately, or unfortunately, seen from both sides of long traditions versus environmental problems, a new market of plastic trees has entered into our homes and apparently seem to have adapted firmly in our way of modern thinking. You can even buy trees already fully decorated including lights.

Poinsettia

Poinsettia (Euphorbia pulcherrima) is a species in the Euphorbia family, Euphorbiaceae, which occurs naturally in Mexico, but is now spread over large areas with a Mediterranean climate. The Poinsettia has become a popular potted plant in many European countries, and especially at Christmas time.

In the wild, the Poinsettia is a bush that can grow several meters high, but through breeding, low-growing varieties have been formed that are suitable for our indoor environments. The Poinsettia is extremely sensitive to frost, and it is quite enough to kill a plant during the short walk from the flower shop to the car in winter cold.

The scientific species name pulcherrima means ”very beautiful” or ”most beautiful”. The characteristic red leaves are not petals but brightly coloured bracts, while the flowers are small, yellow, inconspicuous and sit in a wreath inside the bracts.

Not all Poinsettias are red, and breeding work has produced white, pink, and apricot coloured varieties. In some areas, the white ones are now called advent stars then used as decoration during the advent season to be replaced by the usual red ones in close to Christmas. Be careful with too much water and low temperatures, never keeping them outdoors in terraces or balconies.

A red and green flower seen from above. Photo.
Poinsettia (Euphorbia pulcherrima). Photo: Nataliya Thell.

Christmas rose

Christmas rose (Helleborus niger), differently from Poinsettia, is a very frost-resistant genus of perennial, flowering plants in the Ranunculus family, Ranunculaceae, which occurs in alpine areas where you can even see the Christmas rose developing its flowers right through a thick blanket of snow.

There are approximately 21 species in the genus, and they are popular plants for our gardens, especially because they bloom in winter and early spring. The plants are cold-resistant and several species are evergreen. The flowers have five petals. Some species resemble roses, which gave rise to the name Christmas rose.

The Christmas roses originate from alpine areas in southern Europe, that is, in Portugal, Spain, via Majorca, Greece and Romania to Ukraine, along the northern coast of Turkey to Russia. The largest number of species is found in the Balkan Peninsula.

A white flower on a window sill. Photo.
Christmas rose (Helleborus niger). Photo: Ingvar Kärnefelt.

Mistletoe

Mistletoe (Viscum album) is the general name for a semi-parasitic arboreal plant in Central Europe. It grows on the branches of other woody plants, mainly deciduous but also conifers in the alpine area. If you drive down towards northern Germany, you often see poplars completely covered by Mistletoes.

The Mistletoe is placed in the family Santalaceae, a family characterised by semi parasitic genera and species. The Swedish name is Short mistletoe or European mistletoe.

The Mistletoe is protected in Sweden, which means that you may neither collect it nor damage its host tree. In Sweden, the Misteltoe grows naturally in Mälardalen, particularly in Västerås, the Swedish capital of Misteltoes, the reason why it has become the landscape flower of the province Västmanland. Furthermore, you can see implanted Mistletoes in our large botanical gardens, that is, the Bergius Botanic Garden in Stockholm and the Lund and Gothenburg Botanical Garden.

In Nordic mythology, the God Balder was killed by an arrow made of Mistletoe, and the Celtic Druids used mistletoe in folk medicine and cultural rites. The Christmas celebration includes the ancient custom of two people standing under a Mistletoe kissing each other, an echo of old fertility rites.

A tree with large balls of mistletoes. Photo.
Mistletoe (Viscum album) in Västerås, the Swedish capital of Misteltoes. Photo: Per-Erik Persson.

Holly

Holly (Ilex aquifolium) is a species in the holly plant family the Acquifoliaceae, an evergreen shrub or tree that can grow 10–15 meters tall. The plant is sometimes confused with Mahonia, which belongs to a quite different family, the Berberidaceae.

Most parts of the plant are poisonous, the leaves 5–8 cm long and 2–4 cm wide, especially on young trees and low-lying branches, the leaves have 3 and 5 sharp spines on each side. The Holly is dioecious, i.e., male and female flowers occur on different individuals. The flowers are white, the bright reddish fruit is a small drupe, 6–10 mm in diameter. The fruits ripen in late autumn, but because they are bitter, birds do not eat them until the frost has softened the berries.

Holly was a sacred plant to the old Druids. In the areas where the tree grows wild, it is also a very popular Christmas tree for decorations. The Holly is very sensitive towards frost and lower temperature, why the species mainly occurs within winter mild western Atlantic regions. In Scandinavia, Holly therefore only occurs in the westernmost regions in Denmark, Norway and rarely in Bohuslän, thus no inland localities in the boreal forest.

Red berries and green spiky leaves. Photo.
Holly (Ilex aquifolium), locally common in western Europe in areas with a winter mild climate. Photo: Wikimedia commons.

Christmas cactus

Christmas cactus (Schlumbergera buckleyi) is a hybrid between November cactus (Schlumbergera truncata and Schlumbergera russeliana), which belongs to the cactus family, Cactaceae, and originates from southeastern Brazil. Created in mid-19th century in England, the hybrid has become a popular houseplant for its colourful flowers.

The Swedish name comes from the fact that the Christmas cactus usually blooms around Christmas time and it has nowadays become a popular flower in Swedish homes.

There are several cultivated varieties of Christmas cactus, with different flower colours. The Christmas cactus reminds of the November cactus, but can be distinguished by the leaves which lack the sharp teeth and the flowers, which are almost symmetrical. The branches are usually more distinctly pendulous than in a pure November cactus.

A cactus with pink flowers on a window sill. Photo.
Christmas cactus (Schlumbergera buckleyi). Photo: Ingvar Kärnefelt

Amaryllis

Amaryllis sp. belongs to perennial herbs with bulbs in the Amaryllidaceae family formed through crossing between species of South American origin. Plant breeders have then produced countless named varieties and new ones are presented annually.

The Amaryllis varies with usually green ribbon-like leaves that can grow 40–50 centimeters long. The flower stalk becomes 45–50 centimeters long, hollow, with two to seven large, spectacular lily-shaped flowers. The stamens are attached to the flower pipe.

The flower color varies from white to pink to red and mixtures between these colours. A few species have yellow or white flowers. In Sweden, Amaryllis is now grown as a very popular pot plant and part of the Christmas decorations. The fully developed brightly coloured flowers usually last for several weeks.

A close-up of red flowers. Photo.
Amaryllis sp. Photo: Nataliya Thell.

Hyacinth

Hyacinth (Hyacinthus orientalis) is a perennial herb in the plant family Asparagaceae, which occurs wild in southeastern Turkey and western Syria from seashores to 2000 meters altitude. The Hyacinth was probably introduced to Sweden during the 17th century, and became known for its fragrant, attractive colorful flowers, which can vary from blue, white, light yellow, pink, red or purple.

It blooms in the early springtime and grows best in sunny places with well-drained soil, growing to about 20 cm high. The Hyacinth has become a very popular plant during Christmas times for decorations frequently in groups with other plants, and it blooms for about 12–15 days.

The stem grows gradually, and the large flowers may then need a support. The Hyacinth though contains toxic alkaloids and can trigger symptoms among hypersensitive people, and has been listed as one of the scent allergy plants. The Hyacinth has supposedly been named after the Spartan hero in Greek mythology, Hyakinthos.

White flowers in a  flower pot. Photo.
Hyacinth (Hyacinthus orientalis) surrounded by reindeer-lichens (Cladonia sp.). Photo: Nataliya Thell.

God Jul – Merry Christmas – Frohe Weihnachten
Joyeux noël – Feliz navidad

Ingvar Kärnefelt and Arne Thell
Biological museum

 

 

december 14, 2023

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Dagordning för styrelsemötet den 13/12 -23

Den 13 december klockan 13.15 har institutionsstyrelsen möte i Stora konferensrummet i Ekologihuset. Följande står på dagordningen:

  1. Mötet öppnas
  2. Protokolljusterare utses
  3. Fastställande av dagordningen
  4. Föregående mötesprotokoll
  5. Strategisk plan – ny enhetsstruktur
  6. Budget 2024
    Hantering av studiestöd
    Utrymme för lektorstjänst
  7. Personal – Anhållan om att inrätta tillsvidareanställning:
    Ekonomiadministratör
  8. Informationspunkter
    Prefektbeslut
    Övrig information
  9. Mötestider vt 2024
    • 28 februari
    • 10 april
    • 29 maj
december 6, 2023

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Händelser Kallelse Möte Styrelse

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16 years of research school are over

A house in a snowy landscape in the evening. Photo.

On Wednesday and Thursday, it was time for the very last GENECO winter meeting. We gathered at Stiftgården Åkersberg in Höör, as we had done many times before.

Portrait of Karin Rengefors. Photo.
The first director of GENECO, Karin Rengefors.

The research school GENECO started in 2008 and had over 200 students throughout the years. Karin Rengefors was the first director and the opening speaker at this winter meeting. She shared insights about the beginnings of GENECO and the ideas behind the research school.

Portrait of Pernilla Vallenback.
Pernilla Vallenback talked about her career at Lantmännen.

Several alumni were also among the invited speakers, including Pernilla Vallenback from Lantmännen, Martin Stervander from National Museums Scotland, and Ashfaq Ali from Epista Life Science. They discussed their careers and the role of GENECO in shaping them and offering advice to current PhD students.

Portrait of Karla Iveth Aguilera Campos. Photo.
PhD student Karla Iveth Aguilera Campos talked about her research.

Ten PhD students seized the opportunity to give talks, and one supervisor, Hanna Farnelid, shared her experience with GENECO. She also expressed hope for future collaborations between the new research school in integrative biology and Linnaeus University.

Portrait of Dag Ahrén. Photo.
The development of methods was the topic of Dag Ahrén’s talk.

Unfortunately, Torbjörn Säll was unable to attend and provide a final talk. Thanks to Dag Ahrén, who gave a talk on short notice, broadening our knowledge about the rapid development of genomic methods.
Despite the busy schedule, we also had time for relaxation in the spa and enjoyed the beautiful winter surroundings.

A Christmas tree. Photo.
Christmas feeling.

Thank you, GENECO, and especially Christina Rengefors, for a wonderful winter meeting.

Text and photo: Inger Ekström

Portrait of Bengt Hansson. Photo.
The current director of GENECO Bengt Hansson greeted us.
A person sitting beside a table with thermoses. Photo.
We also got an early Christmas present.
Portrait of Olof Hellgren. Photo.
Another member of the steering committee, Olof Hellgren.
Portrait of Kalle Nilsson. Photo.
PhD student Kalle Nilsson.
Portrait of Yelena Churakova. Photo.
Yelena Churakova, PhD student at Linnaeus University.
Portrait of Martin Stervander. Photo.
Martin Stervander, GENECO alumn.
Portrait of Asfaq Ali. Photo.
Asfaq Ali, GENECO alumn.
Some people sitting around a table. Photo.
Coffee time.
People drinking coffee around a table. Photo.
During the Swedish fika is great to network.
People sitting and talking around a table. Photo.
More networking in action.
Portrait of Simon Jacobsen Ellerstrand. Photo.
PhD student Simon Jacobsen Ellerstrand.
Portrait of Erica Winslott. Photo.
PhD student Erica Winslott.
Portrait of Caroline Peter. Photo.
Caroline Peter, PhD student Linnaeus University.
Four people standing a seminar room. Photo.
The poster pitchers.
People in a lecture hall. Photo.
Waiting for the next talk.
A person is standing and pointing.
Hanna Farnelid, supervisor at Linnaeus University.
Portrait of Emma Kärsnäs. Photo.
PhD student Emma Kärsnäs.
Portrait of Thomas Mollica. Photo.
Thomas Mollica, PhD student Linnaeus University.
Four people standing talking. Photo.
Preparing the next talk.
Portrait of Mridula Nandakumar. Photo.
PhD student Mridula Nandakumar.
Listening people in an audience. Photo.
Listening to interesting talks.
Portrait fo Ye Xiong. Photo.
Ye (Elsie) Xiong.
People in an audience. Photo.
Listening people. Photo.
Four people talking. Photo.
Workshop discussing the good and not-so-good things about GENECO.
Three people talking. Photo.
Discussing what to keep in mind when starting the new research school.
Three talking people standing up. Photo.
More discussions.
Three standing people. Photo.
Talking about GENECO.
Sitting people talking. Photo.
Workshopping people.
Some people around a table. Photo.
There are always things to discuss in a workshop.
People putting up notes on a board. Photo.
The workshop results are being collected.
Three people talking. Photo.
Christina Rengefors talks to participants in the winter meeting.
Three people looking on a noteboard. Photo.
The workshop results are rearranged.
One person pointing, one person looking. Photo.
Olof Hellgren and Bengt Hansson having a look at the workshop results.
december 1, 2023

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Antonis Myridakis – new PhD student

Portrait of Antonios Myridakis. Photo.

Hej! My name is Antonis Myridakis, and I am a new PhD student at the Unit of Aquatic Ecology. I am thrilled to join Lund University and look forward to get to know and collaborate with everyone. I will be working with Emma Kritzberg as my main supervisor and Håkan Wallander and Dimitrios Floudas as co-supervisors, and our research will focus on understanding how fungal communities link land-use practices to mobilization of dissolved organic matter and iron, and subsequently surface water browning.

My academic background is in biology and bioinformatics, and for the past two years I have been working with fungi. I am enthusiastic about applying my existing skills and acquiring new ones throughout this research journey to successfully bring this project to fruition.

november 28, 2023

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