Birds

Birds

Birds are defined as warm-blooded vertebrates. They have feathers, toothless beaked jaws, a high metabolic rate, a 4 chamber heart, a strong and lightweight skeleton and the laying of hard-shelled eggs.

Now, within these constraints, the birds vary a great deal.

The smallest bird is the bee hummingbird, which has a wingspan of 6.8cm. The largest bird has a wingspan of 3.5m (40 times large). In terms of weight, the bee hummingbird is also the lightest at just 1.95 grams, the Kori bustard weighs as much as 19kg, which is almost 10000 times heavier (heaviest flying bird). The heaviest bird is the Ostrich, which can weigh over 100kg, though these can not fly.

Looking at it in a different way, there are roughly 10,000 species of birds in the world. Now, while this may change as this website grows (both with other authors, and assistance from readers) at the current time, it would be absurd to think that I could build a page for each of these many species. What this page will try to do, is to build a page for each group of birds. Of course, the other point of this website, is that this is to assist in people travelling to see these species in the wild. As such, while I am fully of the opinion that every bird matters, we will concentrate- to begin with, on birds which are popular and/or are interesting to see.

To start, below you will see the initial 2 clades (it should be noted that there was at one time 7 clades, which include clades like Diosaruia), and each clade has two families. 

                                   Palaeognathae (ratites and Tinamou)                                                                                                               Neognathae

Struthionimorphae

This contains just 1 species the Osterich (alongside many extinct species). The male is black, the female is brown

 As this is all of the Struthionimorphae family, you will be able to visit the Osterich page by clicking on either image.

Notopalaeognathae

This contains Rheas, Cassowaries, Emus, Kiwis and Tinamous (as well as the extinct Moas and Elephant bird)

This family includes a number of species so as we build pages, they will be linked to images below (the pictures for these species in directly below here)

Pangalloanserae

There are two subgroups in this group, though Asterionis is extinct. The only other group is Galloanserae or fowl – containing 

180  water-fowl (Anseriformes) species

  290 Land-fowl (Galliformes) Species.

 

Neoaves

This contains the rest of the birds not already included in another group. This is roughly 95% of birds.

Now, Understandably, this group covering 95% of birds, we will not be listing every species. However, we will endeavour to list groups of interest down to a lower level- I know that there is a great deal of interest in birds, and I will rely on this website taking off to a greater degree in order to push this further

This family is large and varied. We are going to start with currently agreed “magnificent seven” supraordinal clades, as well as the three orphaned orders. 

Notopalaeognathae

Neoaves

Asiatic lions are found in only one place, yet local government authorities refuse to move any

The asiatic lion only continues to exist in the Gir national park. When this area was first protected, the lion population had fallen very low, some saying a matter of only a couple of dozen remaining members. In the 50 or so years since the population has multiplied well. Now are said to be around 400, spread across 1 contiguous protected area (under a number of different authorities – Gir Sanctuary, Gir National Park, Pania Sanctuary, Mitiyala Sanctuary, and Girnar Sanctuary. The first 3 form the core, with the others lying within dispersal range. 

Indian Lions do look incredibly similar to African lions, however are different in important ways

The problem is at these three have a combined area of about 561 square miles, which is an incredibly high density for lions. 

Continue reading “Asiatic lions are found in only one place, yet local government authorities refuse to move any”

One of the arguments against electric cars? – cobalt? think again

One of the ingredients used to create electric devices batteries, is cobalt. Cobalt is something that is often mined in central Africa, and there is a significant issue with child labour. However, this is a stupid argument against electric cars. 

The electric car companies have been concerned about this, and so have reduced the amount they use. 

However, a far more significant use of cobalt, is to remove the sulphur from petrol and diesel! The fossil fuel companies are arguing you should use electric cars because they use a little cobalt (this doesn’t need refilling, it isn’t used up), but at the same time are using vast amounts of cobalt to remove the sulphur from their exhausts- because it is bad to breathe in. 

What is more ridiculous is that this process of removing sulphur uses up the cobalt, which it’s why the fossil fuel companies need so much. So far from saving cobalt, fossil fuels consume lots more and require a constant supply .

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