Skip to main content

YES !!! Lasius Niger arrived !!

 YESSS !
This morning the package with Ant supllies and the Lasius Niger starter colony have arrived.
1 Gyne (Queen) and I counted 12 nanitic workers.

I have connected the delivery tube to a T-slitter, and connected a feeding tube and the larger nest, see 1st post of this blog.

I din't take the time to make pictures because these girls have been in the mail on the road for 3 days.
Upon arrival I immediately put together this setup with the tiniest smear of honey to rebuild their strength.
Perhaps tonight Ill add some protein gell.

The Setup as it is now, on top of their future outworld...

Comments

Popular posts from this blog

Video British Pathé : 'Ant Colony' (1950)

 

Introduction: 50 year old Nerd's 1st Ant Colony (Lasius Niger)

  Hello fellow Formicarians, So I got interested in Ants, watched a hundred youtube tutorials and read a lot of articles... After that I ordered what I think I need the 1st year or more... The package will probably arrive somewhere after next weekend... A good time to start a Journal to keep track of all things happening. So what did I order that's being delivered somewhere next week ? For starters I ordered a Ant colony of Lasius Niger with 12-20 ( nanitics) worker ants.   - Honeydew surrogate - cottonwool - extra tubes 1 meter 10mm - exta endcaps - a very small 1st nest with only 2 chambers + sponge - a few water drippers - some protein jelly cups - 1 feedig 'fountain' - insect tweezer set - brushes - Fluon - 10 extra tubes to catch the same species when they fly end of lujy here in the netherlands. - some tube splitters y and x and T shapes - tube connection parts The nest:   The Lasius Niger Ants: Perhaps I over did it since the ants won't need much mo...

Unveiling the Secrets of Pain: How Ants' Stings Teach Us about Nerve Cells

 Have you ever been stung by an ant and experienced excruciating pain that seemed to last forever? Well, researchers at the University of Queensland have made an amazing discovery about some of the world's most painful ant stings. They found that these stings target our nerves, similar to how snake and scorpion venom work. This groundbreaking research, recently published in the scientific journal Nature Communications, provides new insights into understanding pain and developing innovative ways to treat it. Understanding the Study: Led by Dr. Sam Robinson and his colleagues at UQ's Institute for Molecular Bioscience, the research focused on two ant species: the Australian green ant and the South American bullet ant. These ants are known for their stings that cause prolonged pain, unlike the brief discomfort of a bee sting. How Ant Venoms Affect Nerves: Through their study, the researchers discovered that ant venoms specifically target the nerve cells responsible for transmittin...