Outdoor Explorer

What do you need? First of all you need a handheld computer with a PALM operating system (e.g. Palm IIIx, Palm IIIc, Palm IIIe, Palm V, Palm Vx, Handspring Visor, ...). 

After you have started the Outdoor Explorer you can tap on the screen and record the position in a rough 10x10 grid (e.g. 100 x 100 meters divided into 100 grids of 10 x 10 meters each). On the rough grid you see a map. You can edit your own maps and save them by means of the Preference Screen (see below). 

After you have determined the rough position you can toggle to the Fine Positioning Screen (e.g. 10 x 10 meters divided into 100 grids of 1 x 1 meter each). 
 

On the Fine Positioning Screen you see a small part of the map. You can enter the exact position of your subject here. If you are working with animals that fly or climb, you can enter the height your focal animal is in, too. 

You can enter the weather conditions any time. 
 
 
 

In the same way you can enter the temperature. Additionally, you have 3 undefined fields (F1, F2 and F3) where you can enter any further information you grab. 
 
 

On the Preference Screen you can determine whether the conditional data (weather, temperature, F1 -F3) should be remembered or discarded after the next entry. This is very useful since weather conditions may not change as rapid as for example predator conditions you may have noted in F1. 
If you decide not to use the fine map, you can determine that a change of the rough position will be counted. 
You can edit, load or create new maps here, too. If you want to measure data for a new animal you can restart the Outdoor Explorer from here. 
 

You can enter up to four letters or numbers to record behavioural observations at any time. Additionally, you can define a list of up to 15 different behaviours with up to 15 modifiers each. You can select from the list by tapping on the 'Behav.'-Button. 

The data is seperated by semicolon and covers date (20001106=6th of November 2000), time (152345=hh:mm:ss), X-, and Y- position (X3.2= X-position from roughmap and X-position from finemap. By multiplication with a given factor you can calibrate these data to your gridsize), Height (H), weather conditions (W), temperature (T), user defined fields (F1-F3) and your behaviour records (B).