
![]() Federal Registry Copyright © 2002 -2005 | To the left is one of the culms enclosed to form the square shape. In my experience it is best to have an expandable enclosure that can be adjusted. Depending on what you wish to attend in the shape, adjustments can result in an inward fold in the culm or a tapered square form. If adjustment is held tight in certain areas perfect or uniform square sections of culms can be obtained. |
![]() Federal Registry Copyright © 2002 -2005 | Close up photo from a different angle showing the corner with tip of culm sheath revealed. Note the tiny hair covering the culm ( cane ) sheaths. Even the new culms underneath these coverings have tiny hairs. The full name for 'Moso' is Phyllostachys heterocycla pubescens. The word pubescence means covered with fine short hairs. These tiny soft hairs weather away from the canes usually by the second year. |
![]() Federal Registry Copyright © 2002 -2005 | Close up view of two different squared 'Moso' |
Federal Registry Copyright © 2002 -2005 | Culms held the squared shape 12 feet up on some of the specimens. The height placement of the enclosure will determine many factors. |
Federal Registry Copyright © 2002 -2005 | Enclosures have been removed revealing the squared culms. Timing here is important for sheaths to fall away. If they are kept too long the culms will be damaged. If they are removed too soon the culm growth is retarded and their normal height will not be attended. |
![]() Federal Registry Copyright © 2002 -2005 | A closer view showing the same two culms. Since they have never seen the light of day they are pale yellow in coloration. This will change soon they will turn their normal beautiful green. |
Federal Registry Copyright © 2002 -2005 | Another culm removed from the enclosure a few days later due to it's delayed shooting time. |
Federal Registry Copyright © 2002 -2005 | Close up view of the above culm from a different angle. |
![]() Federal Registry Copyright © 2002 -2005 | View showing a three inch diameter culm in the background that aborted. This is a normal variant with 'Moso'. Some years over 40% of shoots abort with the rest completing their growth period over a 60 day span. Emerging from the ground in our climate zone during the middle of March. By the end of May all have grown to their full height and limbed out with leaves. A three inch diameter culm of 'Moso' will be over 50 feet in height and will have done this in two months time. |
Federal Registry Copyright © 2002 -2005 | Close up view of two squared culms from a angle shot. Shadows of the culm sheaths are apparent on these after they fell away. These areas will fade as the sun light turns them green. Culm sheaths should be allowed to fall away naturally. Removing them early will result in shorten height of the culms. |
![]() Federal Registry Copyright © 2002 -2005 | Another close up shows the indented area where the sulcus groove will form further up the culm. A 'Moso' pole will need to harden off for three complete years on average before cutting. If it is cut too early that is a likelihood of the wall splitting. Season cracks are fine, but you would not want a complete crack to occur after all this work. |
![]() Federal Registry Copyright © 2002 -2006 | May 1st, 2004 My latest photo shows how this culm has changed in color from yellowish to green after a couple weeks of sun exposure. On the above photos you can see the yellowish color of the culms after the enclosure was removed. Moso culms have a beautiful light olive green color for the first couple of years. Most will begin having golden colored areas showing up after two year of age. Those culms in full sun will turn completely golden with age. I will most likely harvest these culms in their third or fouth year. They should at that time be ready for cutting with little chance of cracks forming during the drying process. Several methods will be employed for curing these poles. Many old sayings my parents passed on to me really stuck and I have learned over my 50+ years not to place all the eggs in one basket. The various drying processes used on these poles will take from six months to two years. |


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