Project update 17: Harimau Selamanya: Year 1 in review

As Year 1 of Project Harimau Selamanya draws to a close, we can safely say that we had a very eventful and satisfying maiden year. A big thumbs up from the team, our government partners and our donors is testimony to this.

Happy to do what they do - our indomitable indigenous field assistants in the Core Area

Happy to do what they do – our indomitable indigenous field assistants in the Core Area

In any conservation project, there will be ups and downs.

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Project update 16: Harimau muda!

No, this is not an update on the fortunes of Malaysia’s youth football team, affectionately named Harimau Muda.

Instead, this is the first update on one of Rimba’s youngest (‘muda’ in Bahasa Melayu) projects – Harimau Selamanya!

This newest project only hit the ground running in February and is still very much in its infancy. However, it has been a challenging and eventful last four months!

At the beginning of April, this project began with a one-week tiger sign survey workshop conducted by Panthera (Drs. Joe Smith and Rob Pickles) for research officers (Hakim, Khairul, Fauzi, Alim, Hafiz, Amirul) from the Department of Wildlife and National Parks (DWNP) and researchers (Wai Yee, Laurie, Jasdev and Reuben) and field assistants from Rimba.

Field assistants Uda, Rasul and Daha sniffing out and marking a tiger spray on a leaf. Scent spraying is a very common form of communication among tigers. The liquid used in spraying is not pure urine; it is mixed with scent gland secretions.

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Toolbox update 6: Methods for studying pollen

Team Pteropus would like to share a few helpful tips and protocols on how to collect and study pollen. This isn’t just useful for budding botanists, plant ecologists or beekepers! It’s also relevant for wildlife ecologists who want to study the diet of animals that feed on flowers. It’s a good way to identify plant species in animal diet, as different types of plants have different, distinctive pollen shapes and sizes. In order to do this, you’ll need to start by collecting pollen samples directly from the flowers themselves, to build up your very own pollen reference library.

The pollen grains of the passion flower (Passiflora sp.) have a very distinctive 'tennis ball' shape

The pollen grains of the passion flower (Passiflora sp.) have a very distinctive ‘tennis ball’ shape

This latest Biologist’s Toolbox post comes to you all the way from San Jose courtesy of Esteban, who shares with us the pollen extraction protocol he was trained to use by his university. Although it’s also possible (and preferable) to use a Scanning Electron Microscope (SEM) for pollen studies, this can be complicated and expensive. This protocol provides you with a simple and easy-to-adapt method to be used with a normal light microscope, and which you can easily execute yourself.

According to Esteban: Read the rest of this entry

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