At last a rain soaked scene keeps me indoors and tempts me to the relief of the keyboard. The rakes hang stiff on the old smithy wall.
The pitchforks lean straight, tip toed on sharp pronged steel, and achy muscles sigh with relief.
But it’s been all about the grass over the last few weeks.
In this most curious of years for the weather, the one consistent feature has been that in spite of its vagaries, the grass has grown.
It’s grown back in broad stripes in the upper hay meadow, wefting, shuttling smoothly across the sloped travel of the power scythe, and now even 2 months after that cutting, it still creates visible bands of two tone green. Why? Are the stems still cowering from the oscillating blades’ onslaught?
Not much else productive has really thrived in the same way, in this warmer than normal, drier than normal, but gloomier than usual, summer.
A single fly paper hanging in the Gegin has sufficed to catch the few flies venturing into the vortex …The swallows have been absent from the yard for much of the summer for the first time ever, welcome Swedish chatter sorely missed, and left early having given up on our valley. Was the lack of insects again responsible? Or the feral black cat which snucked into the barn on one occasion and cleaned out a nest of eaves reared wagtail chicks.
And whilst all this grass means the late born lambs are looking as big as lambs born six weeks earlier, and loving the aftermath variety……in our lower meadows there have simply not been enough mouths to keep the grass down. The eight ewes we decided not to put to the ram this year have had all the wet meadows to themselves for the whole summer. Rushes have diminished, wild flowers are returning and the predominant grasses have been the glorious purple anthered fine Velvet Bent, Agrostis canina, and taller Tufted Hair Grass, Deschampsia cespitosa.
Read Piet Oudolf’s and other contemporary prairie style planting lists and you’ll see that Deschampsia cespitosa in various cultivar guises is a constantly used plant for trendy gardens. In our lower meadows it is a native omnipresent.
Many good wet Welsh Tufted Hair days this summer, as a consequence. The sheep will tackle it when young in the spring, and any regrowth after cutting, but left ungrazed, gradually thick tussocks will develop, and the return to impenetrable bog would begin again.
By mid September the strong purple hues had leached to pale straw seed heads, most flowers had set seed, and with many dry weather days, the decision was made to cut and remove all this surplus vegetation. It is becoming ever clearer to me that floral diversity in meadows relies on the subtle balance between animal grazing and cutting and removal, to weaken grass dominance.
So this has kept us busy. We (hopefully) have no need for the material removed, either as bedding or fodder, so have had the luxury of experimenting with creating hay ricks or as we tend to call them grass yurts. The aim being to remove the maximum amount of material onto the minimum footprint of ground with the least amount of effort.
8 foot in diameter with a single central 8 foot post knocked into the ground and a single peripheral 6 foot post, a circle of bent pig wire forms the peripheral retaining wall into which hay can be tossed with pitchfork. This is good aerobic exercise, pausing occasionally to stamp down the internal contents. And reflect. (For proper hay drying, these ricks are too big, and don’t have adequate scope for ventilation – see more in the later links, but were a useful initial trial of techniques for us).
The 2 yurts made with pretty dry “hay”, have been covered with tarpaulins as back up fodder in the case of a severe winter, the other 3 are already doing what any pile of organic matter does surprisingly quicker… heating up as thermophilic bacteria get to grips with decomposition. Perhaps, if all goes well, I shall have 3 extra raised beds for next year, protected by pig netting from the surrounding sharp incisors.
Having nudged a little more towards mechanisation we have experimented with our little alpine tractor in this process. It has a brilliantly low pressure footprint, so will tackle the wet ground with no significant damage, and is helpful for moving loose “hay” towards one of the yurts, but heavier machinery would struggle on such soft terrain, (small baling machines are available but with very high capital cost), so much still has to be done by hand.
As indeed it must always have been in the past, when man power first claimed such land for grazing from the rushy bog it would default to. Thinking about these largely forgotten ( in the UK) aspects of hay making, and indeed hay rick construction, I found my way onto an intriguing website called Scythe Connection. Click here for more. The work of Peter Vido, a Slovakian now resettled in Canada, there was much fascinating information here. And for those sceptical, click here for an insight into how Peter Vido came to becoming a manual scythe advocate. An interesting story.
And click here for Peter’s comments about a biodiversity project in Slovakian meadows where annual scything and removal has in some cases increased species numbers by 40% in just 4 years…
The site contains much about the benefits of manual scything, including how different methods of cutting vegetation result in different types of cut stem. Following the trail, I found the site of a British scything guru who sold and taught manual scything technique using the Austrian design of scythe favoured by Vido. And from this Dorset based scyther found a link to a Welsh supplier, who turns out to be very close to us in Carmarthenshire, at Scythe Cymru. Click here for more.
Furthermore, after looking at the latter site, I discovered I was just in time to sign up to Philip Batten’s last manual scything courses of the year, which took place on one of the hottest days of the year in mid September.
A hugely enjoyable, interesting and value for money day, which I have written about in more detail on the Carmarthenshire Meadows Group website, (click here for more), but as a brief taster of the day, these photos give a glimpse of the morning travel to get there… and everything that was covered from setting up the scythe, blade choice, through basic techniques, safety aspects of manual scything to actual mowing… and the equally vital techniques for blade sharpening… and peening – hammered metal bashing of the blade required to keep the blade razor sharp, after about 8 hours of mowing…
Satisfying though the day was, and seeing a swathe of grass fall neatly beneath a sweeping blade is hugely satisfying compared with mechanical cutting, I suspect my use of the scythe will be restricted to awkward areas, ditches and maybe even cutting back some areas of the garden at the end of the year, since there are other parts of the hay making process which on our terrain will have to remain manual for lack of viable alternatives. And there is not enough energy left in our bodies to do the whole lot manually!
Perhaps hungrier than usual this year?
No individual recognition of their skilled footwork.
No pending knighthoods.
What a contrast to the praise and money heaped on Sir Anish Kapoor for the surprisingly web like installation of the ArcelorMittal Orbit at the 2012 Olympic Park, (click here) and his meshed Temenos sculpture at Middlesborough. (click here).
Mega works of sculpture, or art, perhaps succeeding in their quest to be awe inspiring by their very size next to the tiny human forms bedside them. But how much more inspiring for this humble rural scribbler to experience such exquisite technique on such a grand scale, by such tiny creatures, with no motivation other than gaining a meal…
And everywhere, almost no prey present.
Marvelling at this annual feast of silk spinning, I thought I needed to add to my basic knowledge about spiders which was limited to knowing that they’re arachnids, and have eight legs, not the 6 found in all insects.
Basic anatomy includes 2 body segments, not 3. A fused head and thorax, or prosoma and and abdomen or opisthosoma. The prosoma includes a straw like mouth part – spiders can’t chew, so need to suck up their prey as a nutrient soup, after it has been killed and digested by enzymes which the spider injects to break down prey body tissues…
They don’t have antennae, rather the most frontal of appendages are palps or pedipalps. In male spiders part of the pedipalp is used for mating – semen is transferred onto this structure which is then used to inseminate the female spider, the male spider lacking a more conventional penis. Also lacking antennae, they use specialised hairs or setae on their legs to detect smells and vibrations.
Internally they have an open circulation with spaces into which a fluid called haemolymph is pumped by a simple heart located in the abdomen. A variety of breathing systems are used – fine tracheal airways allowing air in through the exoskeleton to diffuse throughout the body in some species. In others, one or more sets of “book lungs”, around which haemolymph is circulated, and air diffuses. Click here for more.
I discovered a couple of scientific publications covering more specific details of spider ecophysiology, edited by Wolfgang Nentwig from which I shall share the following snippets of arachnid information…
Did you know spiders lack any muscles in their legs to extend the main joints? They use instead a hydraulic system pumping the previously mentioned haemolymph fluid into special channels within the legs to get these joints to move in extension.
All spiders produce silk, and many produce several different types. Spidroins (spider silk proteins) have the unusual property of being capable of storage in high concentration as a liquid solution, but then rapidly undergoing a phase change to form a solid fibre during the actual spinning process. Some silk fibres have been shown to have five times the strength of Kevlar. One of the stranger uses of spider silk has been the production of cobweb paintings using collected webs to produce a fragile background canvas. Click here for more.
So effective are the tiny processes (setules) growing from the hairs on the feet of jumping spiders, it’s estimated that the half a million or so setules could support the weight of over 170 spider bodies, regardless of the nature or angle of the surface it’s jumped onto. No glue is involved, just miniscule Van de Waal natural forces of attraction between opposing surfaces. (Click here for more). Which means that like certain lizards, some spiders can climb any surface, at any angle.
I guess over the years, spiders have had a poor press, and so much of their fascinating ecophysiology remains to be discovered. I feel inspired to try to learn a bit more after delving into their complex anatomy and habits for this post.