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SPECIAL PROVISIONS DISTRICT 2 Scheduled and Emergency Tree Trimming, Removal and Sight Distance Clearing at Various Locations La
Massachusetts Department Of Transportation Highway Division Proposal No. 609027-106244 DOCUMENT A00801 SPECIAL PROVISIONS DISTRICT 2 Scheduled and Emergency Tree Trimming, Removal and Sight Distance Clearing at Various Locations Labor participation goals for this Project shall be 15.3% for minorities and 6.9% for women for each job category. The goals are applicable to both Contractor’s and Subcontractor’s on-site construction workforce. Refer to Document 00820 for details. SCOPE OF WORK The work under this contract will consist of removing, trimming, or shaping roadside growth: to eliminate trees and branches that are considered hazardous to the traveling public; to re-establish design sight distance; to re-establish safety recovery zones; and to clear overgrowth for sign visibility. The Contractor shall be prepared to respond to emergency repair work once the Notice to Proceed is awarded. All work under this contract shall be done in conformance with the Standard Specifications for Highways and Bridges dated 1988, the Supplemental Specifications dated July 1, 2015, and the Interim Supplemental Specifications contained in this contract; the 2017 Construction Standard Details, the 1990 Standard Drawings for Signs and Supports; the 1996 Construction and Traffic Standard Details (as relates to the Pavement Markings details only); The 2015 Overhead Signal Structure and Foundation Standard Drawings, the 2009 Manual on Uniform Traffic Control Devices (MUTCD) with Massachusetts Amendments and the Standard Municipal Traffic Code; the 1968 Standard Drawings for Traffic Signals and Highway Lighting; the latest edition of American Standard for Nursery Stock; the Plans and these Special Provisions. LOCATION OF WORK Work under this contract will be required on any or all state highways and roadways within District Two. -
Zeszyt Naukowy UZ 160/40 2015
UNIWERSYTET ZIELONOGÓRSKI ZESZYTY NAUKOWE NR 162 Nr 42 INŻYNIERIA ŚRODOWISKA 2016 AGNIESZKA TOKARSKA-OSYCZKA, SEBASTIAN PILICHOWSKI* OCENA ZAGROŻEŃ I AKTUALIZACJA REJESTRU POMNIKÓW PRZYRODY OŻYWIONYCH ZIELONEJ GÓRY W JEJ NOWYCH GRANICACH S t r e s z c z e n i e W artykule zostały przedstawione wyniki ogólnej inwentaryzacji przyrod- niczej i opisane zagrożenia antropogeniczne i przyrodnicze dla 53 istnieją- cych pomników przyrody ożywionej na terenie Zielonej Góry. Stwierdzono nieliczne występowanie zagrożeń przyrodniczych, a największym zagroże- niem antopogenicznym wobec wybranych drzew jest spływ soli technicznej zimą i wiosną. Ogólną kondycję badanych pomników przyrody oceniono jako dobrą lub bardzo dobrą. Stare drzewa, w tym egzemplarze pomnikowe – oprócz swojej ogromnej wartości przyrodniczej – pozytywnie wpływają na odbiór danego miejsca, dlatego nasze badania pozwolą na aktualizację danych zawartych w rejestrach oraz na badania porównawcze w przyszło- ści. Słowa kluczowe: pomnik przyrody, pomiar, ochrona przyrody, Zielona Góra, zagroże- nia, rejestr, uszkodzenie WSTĘP Drzewa, a zwłaszcza te będące pomnikami przyrody, należą do niezwykle cennych elementów krajobrazu, gdyż podnoszą estetykę miejsc, w których są zlo- kalizowane. Są również bankiem genów, np. dąb Chrobry rosnący w okolicy Pio- trowic (pow. polkowicki). Ponadto tak żywe, jak i obumierające osobniki dostar- czają pożywienia, zapewniają miejsce bytowania, rozrodu i rozwoju licznym or- ganizmom reprezentującym rozmaite grupy systematyczne. Według wyliczeń Pietrzak i Zawadki [2009], drzewa stanowią około 95% wszystkich pomników przyrody zarejestrowanych w Polsce. Niestety ciągle po- garszający się stan środowiska naturalnego wpływa na przyspieszenie procesu * Uniwersytet Zielonogórski, Wydział Nauk Biologicznych Ocena zagrożeń i aktualizacja rejestru … 103 zamierania wiekowych drzew. Co więcej stanowi to przyczynę rzadszego speł- niania kryteriów, pozwalających uznać osobnika za pomnik, przez młodsze drzewa [Kasprzak 2011]. -
Avocado Growing Systems and Pruning July 2018 the Avocado Tree Characteristics of Hass Trees
Avocado Growing Systems and Pruning July 2018 The Avocado Tree Characteristics of Hass trees Large vigorous tree reaches heights of over 15m Grows 0.5 to 1m+ per year Tree shape is typically a dome with dense foliage When given room will have a wide spread Flowering and fruit set is on the outside of the tree, high determinate flowering rate 2 Seeka Grower Roadshow | December 2016 The Avocado Tree Characteristics of GEM trees Low vigour tree that reaches heights of over 15m Grows about 0.3 to 0.5m per year Tree shape is typically a cylinder with dense foliage When given room does not spread Flowering and fruit set is initially on the outside of the tree, low determinate flowering rate means the fruit ends up inside the tree 3 Seeka Grower Roadshow | December 2016 Pruning Challenge Overlapping growing cycles Two year shoot growth cycle – affects pruning timing Challenge of when Type of wood matters – complex to prune - crop flowering biology Shoots grow in flushes that vary in vigour, duration and extent Source: AIC Read Your Trees Booklets 4 Seeka Grower Roadshow | December 2016 Why Prune? If not pruned you get massive trees 5 Seeka Grower Roadshow | December 2016 Why Prune? Recover sick trees Pruning is not always the right thing to do Sick tree can decline after pruning Poor root systems will be stressed when its support (the canopy) is removed The tree responds by growing vigorously then collapses Must increase root health first then prune ▪ Use foliar fertilisers ▪ Inject with phosphorus acid 6-8 weeks before pruning ▪ Fresh mulch to encourage new root growth 6 Seeka Grower Roadshow | December 2016 Why Prune? Individual trees strongly alternate bear Due to different amounts of flowering wood each year Climate and fertiliser sets the baseline of tree growth Pruning gives control of flowering wood Arpaia et al. -
Tree Size Control Hedging and Topping Citrus in High
10. Passos, O. S., A. P. Cunha Sobrinho, Y. S. Coelho and E. M. Citrus Symp. 1:401-406. Rodrigues. 1977. Behavior of orange trees under three spacings in 13. Sites, J. W. and H. J. Reitz. 1(949. The variation in individual Va- the state of Bahia, Brazil. Proc. Int. Soc. Citriculture 1:169-171. lencia oranges from different location of the tree as a guide to 11. Phillips, R. L. 1969. Performance of closely spaced trees. Proc sampling methods and spot-picking for quality I. Soluble solids in Fla. State Hort. Soc. 81:48-51. the juice. Proc. Amer. Soc. Hort. Sci. 54:1-10. 12. 1969. Dwarfing rootstocks for citrus. Proc. 1st Intl. Proc. Fla. State Hort. Soc. 91:43-46. 1978. TREE SIZE CONTROL HEDGING AND TOPPING CITRUS IN HIGH-DENSITY PLANTINGS1 R. L. Phillips prunes the sides and tops in straight lines, resulting in flat Fruit Crops Department, IFAS, surfaces. New growth is stimulated in relation to the amount University of Florida, Gainesville, FL 32611 removed, being greatest where the most severe cuts are made. Pruned trees, therefore, tend to resume their natural shape. Additional index words, pruning, spacing, size control. Prunning involves both mass removal of vegetative growth by hedging and topping and selective removal by hand-held equipment. Both methods can be effectively Abstract. Proper control of vegetative growth is essential utilized and have their place in controlling tree size and in high density plantings for maintaining maximum fruit shape. Hedging and topping are forms of mass heading bearing surface, obtaining high quality fruit and facilitating back which removes terminal portions of branches, destroy cultural and harvesting operations. -
{PDF EPUB} How to Grow a Chair the Art of Tree Trunk Topiary by Richard Reames How to Grow a Chair: an Interview with Richard Reames
Read Ebook {PDF EPUB} How to Grow a Chair The Art of Tree Trunk Topiary by Richard Reames How To Grow A Chair: An Interview with Richard Reames. Using ancient grafting techniques and a few basic tools, Richard Reames shapes living trees into furniture and sculpture near his home in Oregon for clients worldwide. He is the author of two self-published books, How to Grow a Chair: The Art of Tree Trunk Topiary with Barbara Delbol, and Arborsculpture: Solutions for a Small Planet, published in June. His work was on display this summer at the World Expo in Aichi, Japan. Joshua Foer spoke to Reames in July 2005 by telephone. richard reames: arborsculpture. ‘I coined the word arborsculpture in 1995 because no single word had been used to recognize this unique art form. a branch of topiary with the potential to savethe environment. there are other words and terms that are used to describe this art. pleaching, permaculture, tree trunk topiary, botanical art, botanical architecture, biotechture, living art, visionary art, and really weird. the difference between my work and that of other topiary artists is that I work with the inside of a tree, from the trunk while most other topiaries are formed from the outside. I love being outside all day, I like experimenting, and I feel that I am perpetuating a remarkable art, one that might some day flourish and produce the most environmentally sensitive houses you could imagine.’ – richard reames. Growing Furniture. Train and graft a tree for half a dozen years or so and you have strong, local, one piece (tree) furniture. -
Tree Pruning and Maintenance Schedule
Policy – Community Services Standardized Urban Forestry Policy The Council of the City of Dawson Creek directs that: To manage arboriculture and maintain and improve upon the City’s urban forests for the purpose of ecological, sociological and economical benefits, steps must be taken to protect the welfare of City’s trees in accordance with the following documentation. This policy applies to trees located on City owned property, including City owned property that is leased and/or operated by another person or another organization. 1. Pruning 1.1. Pruning of newly planted and young trees. 1.1.1. Pruning of newly planted and young trees shall only be performed by a certified arborist unless training is provided to a worker by the certified arborist and permission is granted to that worker by the City’s Parks Manager. 1.1.2. Pruning shall conform to American National Standards Institute (ANSI) A300 regulations: a. remove broken, dead, dying, diseased or damaged branches; b. select and establish a central leader; c. select and establish the lowest permanent branch; d. select and establish scaffold branches; e. select temporary branches below the lowest permanent branch. 1.2. Yearly Routine Pruning of all trees. 1.2.1. Pruning of all trees shall only be performed by a certified arborist unless training is provided to a City worker by the certified arborist and permission is granted to that worker by the City’s Parks Manager. 1.2.2. Pruning shall conform to American National Standards Institute (ANSI) A300 regulations: a. remove broken, dead, dying, diseased or damaged branches; b. -
Artists Shape Trees Into Furniture and Art Business Is Booming for Doors
Money-Making Ideas To Boost Farm Income Artists Shape Trees Into Furniture And Art Peter “Pook” Cook and Becky Northey as the mirror’s stand. grow chairs, mirror frames and people- Cook’s favorites are the people trees. “On shaped trees on a couple of acres near their the day that I first conceived the idea, it was Queensland, Australia, home. The artists this flash of inspiration,” he recalls. “I drew created their own techniques of shaping it full height on the kitchen door with a large, trees which remain planted in the ground indelible ink pen. The excitement of that first but can be harvested later. Their art is called realization that I could grow a man is one tree shaping. that stills echoes through to today.” Cook, a jeweler, decided to grow a chair Many inspirations come from the natural in 1987 after being inspired by three fig trees beauty of the land where they live amid clear twisting together. He later teamed up with mountain streams and rugged cliffs. They let Northey and they’ve been at it ever since. their art grow naturally, but must provide pro- They have about 70 pieces in various tection from kangaroos and wallabies that like stages of growth. They work mostly with to eat the trees, as well as Goanna lizards that wild plum trees, guiding the growth along can inadvertently break branches while look- wire-shaped paths. The couple is also learn- ing for bird eggs. ing how to work with other trees, including Cook and Northey are writing a book about black cherry, red bud, pear, willow, dog- their technique as well as developing con- wood, hazel and oak. -
Grafting and Its Implications for Plant Genome-To-Genome Interactions, Phenotypic Variation, and Evolution
GE53CH09_Gaut ARjats.cls November 15, 2019 14:19 Annual Review of Genetics Living with Two Genomes: Grafting and Its Implications for Plant Genome-to-Genome Interactions, Phenotypic Variation, and Evolution Brandon S. Gaut,1 Allison J. Miller,2,3 and Danelle K. Seymour4 1Department of Ecology and Evolutionary Biology, University of California, Irvine, California 92697, USA; email: [email protected] 2Department of Biology, Saint Louis University, Saint Louis, Missouri 63103, USA 3Donald Danforth Plant Science Center, St. Louis, Missouri 63132, USA 4Department of Botany and Plant Sciences, University of California, Riverside, California 92521, USA Annu. Rev. Genet. 2019. 53:195–215 Keywords First published as a Review in Advance on grafting, graft incompatibility, epigenetic modification, horizontal gene August 19, 2019 transfer, small RNAs, graft-transmissible, DNA methylation, parasitic The Annual Review of Genetics is online at plant, natural grafting genet.annualreviews.org https://doi.org/10.1146/annurev-genet-112618- Abstract 043545 Annu. Rev. Genet. 2019.53:195-215. Downloaded from www.annualreviews.org Plant genomes interact when genetically distinct individuals join, or are Copyright © 2019 by Annual Reviews. Access provided by University of California - Irvine on 02/23/20. For personal use only. joined, together. Individuals can fuse in three contexts: artificial grafts, nat- All rights reserved ural grafts, and host–parasite interactions. Artificial grafts have been studied for decades and are important platforms for studying the movement of RNA, DNA, and protein. Yet several mysteries about artificial grafts remain, including the factors that contribute to graft incompatibility, the prevalence of genetic and epigenetic modifications caused by exchanges between graft partners, and the long-term effects of these modifications on phenotype. -
The Circular Economy: Boundaries and Bridges
The Circular Economy Boundaries and Bridges September 2019 ‘This project has been financially supported by the Skoll Centre for Social Entrepreneurship and Saïd Business School. We are grateful to Antonia Gawel and Akanksha Khatri and their teams at the World Economic Forum for their time, their insights and their support. We are also grateful to all PACE members who generously gave us their time to talk about their work.’ Aoife Haney, Olya Krestyaninova and Charmian Love University of Oxford 2 THE CIRCULAR ECONOMY | WWW.SBS.OXFORD.EDU Table of contents 1 Circular economy basics 2 Systems change, boundaries and bridges 3 PACE story 4 The 5Is Tool THE CIRCULAR ECONOMY | WWW.SBS.OXFORD.EDU 3 44 THE CIRCULAR ECONOMY | WWW.SBS.OXFORD.EDU 1 What is the circular economy? A circular economy is an economic Digging a bit deeper… system where products and we found a consistent view of the overall aim services are traded in closed of a circular economy. loops or ‘cycles’. It is an economy where growth is not • Transitioning out of a ‘take, make, dispose’ fuelled nor dependent on finite linear model resources. • Creating a system that allows for longevity, Although different optimal use, refurbishment, remanufacturing organisations that focus on and recycling of products and materials circular economy have varying while maintaining a continuation of quality of definitions, we found in our products for the users, which can be achieved study that many agree it is without loss of revenue or extra costs characterised as an economy which is regenerative by design, with the aim to retain Ellen MacArthur Foundation as much value as possible of Principles of Circular Economy: products, parts and materials.* 1. -
Prospects and Challenges for Using Biological Systems to Direct the Assembly of Smart Materials
Engineered Living Materials: Engineered Living Materials: Prospects and Challenges for Using Biological Systems to Direct the Assembly of Smart Materials The Harvard community has made this article openly available. Please share how this access benefits you. Your story matters Citation Nguyen, Peter Q., Noémie#Manuelle Dorval Courchesne, Anna Duraj#Thatte, Pichet Praveschotinunt, and Neel S. Joshi. 2018. Engineered Living Materials: Engineered Living Materials: Prospects and Challenges for Using Biological Systems to Direct the Assembly of Smart Materials. Advanced Materials 30, no. 19. Citable link http://nrs.harvard.edu/urn-3:HUL.InstRepos:40992633 Terms of Use This article was downloaded from Harvard University’s DASH repository, and is made available under the terms and conditions applicable to Open Access Policy Articles, as set forth at http:// nrs.harvard.edu/urn-3:HUL.InstRepos:dash.current.terms-of- use#OAP Revised Manuscript Part1 1 2 3 4 1 5 6 7 2 8 9 3 10 11 12 4 13 14 5 15 16 6 17 18 19 7 20 21 8 22 23 24 9 Engineered Living Materials: Prospects and Challenges for Using Biological Systems to 25 26 10 Direct the Assembly of Smart Materials 27 28 29 11 30 31 12 Peter Q. Nguyen, Noémie-Manuelle Dorval Courchesne, Anna Duraj-Thatte, Pichet 32 33 34 13 Praveschotinunt, and Neel S. Joshi* 35 36 14 37 38 15 39 40 41 16 *Corresponding Author: Dr. Neel S. Joshi 42 17 School of Engineering and Applied Sciences / 43 18 Wyss Institute for Biologically Inspired Engineering 44 19 Harvard University 45 46 20 Cambridge, MA 02138, USA. -
Cmyk D:\Interior\Sep 2009\Innovation.Pmd 1
D:\INTERIOR\SEP 2009\INNOVATION.PMD 1 SOCIETY INTERIORS l SEPTEMBER 2009 00 CMYK D:\INTERIOR\SEP 2009\INNOVATION.PMD 2 rowing furniture in your garden G can really be exciting. You can cultivate artefacts and jewellery pieces too! Let me assure you, this is not my imagination gone Harry Potter. “Tree Shaping” is the art and technique of growing and shaping trunks, branches and roots of trees and other woody plants into furniture and accessories. SOCIETY INTERIORS l SEPTEMBER 2009 00 CMYK D:\INTERIOR\SEP 2009\INNOVATION.PMD 3 Peter Cook and Becky Northey of Pooktre have been Tree Shaping since 1987, and for them “this is an art form.” Those who are not familiar with and are skeptical about the laborious techniques involved in this process need not fret, the process is quite simple. By grafting, shaping, and pruning the woody trunks, or guiding branches, trees are made to grow into ornamental or useful shapes like furniture, artefacts and jewellery, though research is necessary when choosing suitable trees. Lending insight Peter says, “Generally we look for mature trees that grow well in that area, and are less prone to insect damage and less susceptible to disease. Any tree species has the potential for Peter Cook and Becky Northey of Pooktre grow furniture, artefacts, jewellery and much more... SOCIETY INTERIORS l SEPTEMBER 2009 00 CMYK D:\INTERIOR\SEP 2009\INNOVATION.PMD 4 shaping. Each type of tree has its own quirks, but they can be understood with time and experience.” Broadly, there are two approaches to tree shaping. Instant Tree Shaping where small trees of 6 to 8 ft. -
Darwin-Variation-Index-I.Pdf
INDEX. ABBA8. - ALEFIELD. -- I ABBAS PACHA, a fancier of fantailed pi- QFRICA, white bull from, i. 95; feral geons, i. 216. cattle in, i. 89 ; food-plants of savages ABBEY,Mr., on grafting, ii. 128, 129 ; of, i. 325 ; South, diversity of breeds on mignonette, ii. 223. of cattle in, i. 84; West, change in ABBOTT,Mr. Keith, on the Persian fleece of sheep in. i. 102. tumbler pigeon, i. 156. Agave viv@ara,seeding of, in poor soil, ABBREVIATIONof the facial bones, i. ii. 152. 76. AGE, changes in trees, dependent on, i. ABORTLCJNof organs, ii. 306-310, 392. 413. ABSORPT~ONof minority in crossed -, as bearing on pangenesis, ii. 384. races, ii. 65-67, 158. AGOUTI, fertility of, in captivity, ii. ABUTIMN, graft hybridisation of, i. 135. 418. AGRICULTURE,antiquity of, ii. 230. ACCLIMATISATION,ii. 295-305 ; of Agrostis, seeds of, used as food, i. 326. maize, 1. 341. AGUARA,i. 27. ACERBL,od the fertility of domestic AINSWORTK,Mr., on the change in animals in Lapland, ii. 90. the hair. of aninials at Angora, ii. AchatineZz, ii. 28. 268. Achillea millefolium, bud variation in, i. AKBAR KHAN, his fondness for pigeons, 4-40. i. 215: ii. 188. Aconitum mpellus, roots of, innocuous Alauda ahensis, ii. 137. in cold climates, ii. 264. ALEIN, on " Golden Hamburgh " fowls, Acorns calamus, sterility of, ii. 154. i. 259; figure of the hook-billed ACOSTA,on fowls in South America at duck, i. 291. its discovery, i. 249. ALBINISM, i. 114, 460. Acropcra, number of seeds in, ii. 373. ALBINO, negro, attacked by insects, ii.