by Carly Benefer
I thought I’d use this blog to promote another one: ‘Beneath Our Feet’, the official blog of the Global Soil Biodiversity Initiative (GSBI, http://blog.globalsoilbiodiversity.org/). If you are interested in biodiversity and how it relates to ecosystem services, you should have a look.
Post-doctoral Research Fellow
Centre for Agricultural and Rural SustainabilityI thought I’d use this blog to promote another one: ‘Beneath Our Feet’, the official blog of the Global Soil Biodiversity Initiative (GSBI, http://blog.globalsoilbiodiversity.org/). If you are interested in biodiversity and how it relates to ecosystem services, you should have a look.
The GSBI was set up to promote global
collaboration between scientists in order to inform the public, and
environmental policy, of the immense importance of soil biodiversity and the
ecosystem services it provides. This can be difficult to perceive because the
soil is a ‘black box’ and the organisms within it are pretty inaccessible and
not particularly charismatic (to most people…), but just as land-use change,
climate change and other anthropogenic factors are affecting above-ground
communities, so too are they having an impact on the below-ground organisms
that our well-being depends upon.
Anyone who has sifted through soil samples will understand
how difficult it is sort, let alone identify species within the masses of invertebrates
that come out of them, but this is exactly what I have been trying to do for
one particular group, the springtails, in collaboration with Dr Peter Shaw at
the University of Roehampton. These photogenic (as invertebrates go) insect relatives have a critical role in
nutrient cycling and decomposition. As with many other soil organisms it can be
tricky to identify springtails to species morphologically, especially when
undescribed, invasive and/or cryptic species are present. Yet, understanding
how community composition affects soil processes is important for investigating
the impacts of e.g. changes in agricultural management practices. We have been
using linked molecular and morphological data to try to get a grasp on exactly
what species are found in the UK, summarised in our most recent post: http://blog.globalsoilbiodiversity.org/article/2014/02/24/lifetime-ambition-barcoding-uk-collembola
As we conclude in the post, we’ve
still got a lot to do!
How nice this site is it!
ReplyDeletebiological science
molecular biology