Getting up and personal with a lava flow

Happy New Year, everyone! It's already a few days into 2015 (say what?) but I'm still in December mode. I remember how excited I was about NYE but now I'm in denial that 2014 is over. Now I should be moving on but there are some loose strings I want to tie up. I wanted to mention from my last moments of 2014, some exciting fieldwork that mades me realise why I want to do this peppered with a few moments that makes me feel like I'm not cut out for this work. One such field trip was to El Playon, potentially the best campsite in the national park because... it's the closest you can sleep to the volcano! How cool is that?

An action shot that Derek might appreciate

We made our way to El Playon just before eight in the morning. Even though the Volcano is named Volcán de Colima, it is still a good three to four hour drive. It was all the more important to leave early because from my previous post you will remember that I couldn't go to El Playon the last time we tried because of a certain landslide. We were prepared this time: this landslide was no trouble for 3 geologists armed with a shovel + 1 geologist armed with a pick-axe. Within thirty minutes we made ourselves a new road and strolled into our final destination.

Okay, I lie, the roads were cracked along the way and we had to stop again to fix up the roads. I accidently left two shovels behind but a shovel and pick axe was enough. I'm pretty sure we were doing the National Park's job! 

The truck can get a little crowded at times

I will admit the ride becomes exponentially bumpy as you leave the high way and into the national park. If you are sitting on the back of the truck, you will get hit by branches, showered by petals and leaves and have mud flung back at you. It's no luxury ride but the view... the view is incredible. The national park is hardly frequented by foreign tourists, though we met many from Guadalajarans, so it feels like this view is a little secret you have in Mexico.

Cosy for two

As soon as we arrived, we set up camp. Before Mexico, the only other time I camped was for a practise Duke of Edinburgh expedition, which was more of an old school type of tent. This one took approximately ten minutes to set up because of Delphine's expertise. I seem to be the only one who hasn't regular camped before because I was subsequently teased for taking a photo of my temporary home. We also set up the equipment straight away (or else we would be missing out on data!!) and I learnt how to set up the car battery and solar panel as a power source for the two types of camera. Unfortunately, learning how to set up an equipment doesn't mean you know how to dismantle it after... there might have been a small incident involving a car battery and crocodile clips melting, which has been so far the lowest moment of my fieldwork here. I've learnt, I've learnt.  

Sadly, an epic view was missed out on because of low clouds.

Around late afternoon, Nick and I set off to collect some "hot rocks" from the active southwest lava flow. It's a short hike from our camp but it didn't take long before I was finding it difficult to talk and walk at the same time. This isn't from the altitude, it's from how much my endurance sucks (potential New Years resolution alert). We've been on the volcano cone at least since the afternoon but you feel safe in the shelter of the lush vegetation, almost makes you forget you're on one of the most active volcanoes in North America. If you keep travelling further up, you'll be met by what can be described as barren land. Trees, flowers, grass cannot survive within the vicinity of the summit because the ashes can suffocate and burn any living creature. The transition from the beautiful scenery to a hostile environment lies around where earlier pyroclastic flows travelled to. The November pyroclastic deposits didn't travel as far as the ones that occurred earlier in the summer (August?) because there was still "fresh" ash a little way up.   

One amazing thing about view as you travel up to a lava flow is looking at the remnants of a rockfall. Every fieldtrip, we take turns recording the rockfall and from a far, these look like tiny specks if you can see anything at all (I use the dust cloud generated to spot them because my eye sight is very bad). From up close, you can see that these rockfalls that originate from close to the dome can be large as our truck! Some of them smash into smaller pieces on the way or on their final impact (like that photographed) while we did see a few that stayed better intact. Now if you didn't realise, but we were still vulnerable to these rock falls while we were hiking on the barren/active part of the volcano. Even wearing a helmet didn't make us invincible to the dangers of the volcano. Heck, what am I saying? There could have been an eruption any time we were up there, it's a fate I accepted. My best protection was to seek shelter behind a large rock.

You can recognise the darker, towering lava flow from the paler, rockfall remnants.

Now when I said lava flow, I'm sure some of you would have imagined a the gooey basaltic lava flows you see on Hawaii. Well, have a look at the photo above because that's what an andesitic lava flow front looks like. Much rockier and thicker than I expected to be if I'm honest. It's hard to tell from the photo but the lava flow is about 10-15 m high (in my opinion). I wish I could go up closer as a scale to show you how high the top of the flow is, but I didn't want to risk getting knocked out by a rockfall on the lava front (most of the rock falls originated close/on the summit but this lava flow front was generating its on rockfalls too). 

Nick found some "hot rocks" - rocks which were still warm hence fresh from the lava flow. He takes them back to be analysed at the university. We should have taken the thermal camera to see which rocks were the hottest but we forgot sadly! Luckily these rocks are warm enough to be compared by touch. OH and for the clarification, these were not on the lava flow itself but rock fall from the lava flow i.e. 10's meters from the lava flow. We wanted to come back alive. 

Nature knows how to fight back. I couldn't help but take a photo of this plant who obviously couldn't wait to start sprouting despite the rocky region. In the photo below, you see how hostile the volcano looks. Trees dying due to the pyroclastic flow deposits among new grass who are maybe a little too optimistic about their chances of a long life. 

Going up is much easier than going down. I fell down countless times because the ground was unstable (lots of loose rocks, big and small). We headed down soon after collecting some rock samples because it was sunset and we wanted to get back before it was dark. Unfortunately, the clouds started to lift only when we started descending the volcano at night looks as cool as volcano at night, if not more cooler.

Sadly, our trip to Playon wasn't as successful as we would have hoped. The volcano was pretty cloudy that weekend meaning we could only collect so much thermal and digital data. Luckily, Nick managed to get the flyspec working (another problem we had at Nevado) so we had that going for us. There were a few more trips, the others went to the parasitic cones, Volcancito, while we went to collect some 1913 rock samples and ash samples from the latest pyroclastic flow. A pretty full on trip, if I do say so myself, and boy were we glad to be home.