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130 slope is created by stepping the terrace wall, can also be considered as an exception. They are normally to be found in the polygonal retaining walls built by civil engineers on roads in the 19th century. Some writers have pointed out as a singular feature of vegetables gardening terrace walls is hat they are 'broken', that is to say the facing slopes at the bottom of the retaining wall whereas it is straighter at the top. Such a building peculiarity is not to be found in all vegetables gardening terrace walls, but the fact that the sa Regata retaining wall (the highest in Majorca) shows this feature would lend support to the idea of greater drystone wall solidity when it has a broken slope. Although, in the traditional knowledge the slope and the height of the wall are held to be the important aspects leading to stability, there is no general • Marge escalonat agreement on a formula for working them out. Observation of the existing great variety would suggest that the influence of the master masons is greater than the apects mentioned above. Nevertheless it should be pointed out that the greatest slopes are to be found on road retaining walls where they reach their greatest heights. In these cases, slopes ·over 35% can be observed whereas terrace walls slopes for cropland are usually between 15% and 25%. Tools required Small stone hammer, large stone hammer, stonecutter's hammer, pointed sledgehammer, bevel square, levelling line, two-handed basket, triangular hoe, tope, burin, mallet.
sobremarge, en els quais el talus s'aconsegueix esgraonant el marge. Apareixen, normalment, Iligats als marges emmossats constru"itssota la direccio d'enginyers en carreteres del segle XIX. Alguns autors indiquen com a caracterfstica propia dels marges d'horta que es trenqui el marge, es a dir, que el parament sigui mes inclinat a la part baixa del marge i es faci mes dret a la part mes alta. L'existelncia d'aquesta singularitat constructiva a tots els marges d'horta no es veu confirmada per la realitat, pero el fet que el marge de sa Regata (el de major al
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... ~Consell de ~ Mallorca • Depa
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Chapter 1 - The dry-stone in the me
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• 5.12 Cobbling 141 • 5. 13 Roo
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8 This volume, one of the publicati
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*** *: 1 THE DRY -STONE IN THE MEDI
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*** * • * 1 THE DRY -STONE IN THE
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*** I : 1 THE DRY -STONE IN THE MED
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*** * ** 1 THE DRY -STONE IN THE ME
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*** * * * 2 * * THE MARGER *** THE
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*** * * : 2 THE MARGER *** out. The
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*** * * : 2 THE MARGER *** and 20th
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* *** * * ** ** * 3 THE RAW MATERIA
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not available or it was not wanted
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*** * * : * * *: 3 3.1 THE RAW MATE
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*** * * * * *: 3 3.2 THE RAW MATERI
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*** * ' * * *** 3 3.3 THE RAW MATER
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*** * * **: 3 3.4 THE RAW MATERIAL
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*** I * * 1 * 3 3.5 THE RAW MATERIA
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Scientific name Gypsum Description
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**. • .* * *** 3 3.7 THE RAW MATE
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*** * * ** *: 3 3.8 THE RAW MATERIA
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*** * * * *: 3 3.9 THE RAW MATERIAL
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HONEY COMBLED STONE Scientific name
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STONE SLAB Scientific name Stone sl
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*** * **: 3 3.12 THE RAW MATERIAL C
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**. ** 4 * * ** THE TOOLS Margers u
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*** * * 4 THE TOOLS *** and locate
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*** . * ,j : 4 4 1 THE TOOLS . ***
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*** * .* * *: 4 4.2 THE TOOLS i(M~i
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*** * : 4 4 3 THE TOOLS . *** . Des
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*** * * * *: 4 4.4 THE TOOLS Descri
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*** 11< * * *.* 4 4.5 THE TOOLS Des
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*** * * *: 4 4.6 THE TOOLS * Descri
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Description A tool consisting of a
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*** * ** *: 4 4.8 THE TOOLS Descrip
Page 80 and 81: Description An iron bar with a bent
Page 82 and 83: **. * * *-* * * *** 4 4.10 THE TOOL
Page 84 and 85: *** . * * \ * * *: 4 4.11 THE TOOLS
Page 86 and 87: *** * * :* * * ** 4 4.12 THE TOOLS
Page 88 and 89: * * * * * * * ** 4 4.13 THE TOOLS D
Page 90 and 91: *** * * **: 4 4.14 THE TOOLS GjftT
Page 92 and 93: Description A recipient wider in th
Page 94 and 95: *** * .* * *: 4 4.16 THE TOOLS Desc
Page 96 and 97: *** * .* * *** 4 4.17 THE TOOLS Des
Page 98 and 99: *** * ** 4 4.18 THE TOOLS I *** , D
Page 100 and 101: * * * * * * *.* 4 4.19 THE TOOLS De
Page 102 and 103: *** 11< * * *: 4 4.20 THE TOOLS Des
Page 104 and 105: *** .,. •* * *** 4 4.21 THE TOOLS
Page 106: *** * ** 4 4.21 THE TOOLS *** I C=-
Page 109 and 110: xelat en els murs de sustentacio de
Page 111 and 112: Descripci6 L'espedregament 0 retira
Page 114 and 115: *** .• * * *: 5 5.2 THE WORK 114
Page 116 and 117: *** * I : 5 5 3 THE WORK : * * * .
Page 118 and 119: DIGGING FOUNDATION TRENCHES Definit
Page 120 and 121: *** * * **: 5 5.5 THE WORK Definiti
Page 122 and 123: Definition To lay securely the firs
Page 124 and 125: *** * * * *: 5 5.7 THE WORK Definit
Page 126 and 127: *** * ** * ** 5 5.7 THE WORK mer an
Page 128 and 129: *** * * * *: 5 5.7 THE WORK height
Page 132 and 133: I **. I • ' * / 5 5.8 mE WORK I *
Page 134 and 135: **. * ! * 5 5.9 THE WORK I *** ;I B
Page 136 and 137: *** .• :* * *: 5 5.10 THE WORK De
Page 138 and 139: **. * * * *: 5 5.11 THE WORK Defini
Page 140 and 141: *** * * : 5 5.11 THE WORK *** tfJfj
Page 142 and 143: *** * * **: 5 5.12 THE WORK 142 cen
Page 144 and 145: *** * * * *: 5 5.13 THE WORK ' 144
Page 146 and 147: ROOFING WITH A FRAME AND STONE SLAB
Page 148 and 149: *** * ***** 5 5.14 THE WORK sera tr
Page 150 and 151: *** . * I * : * 5 5.15 THE WORK i *
Page 152 and 153: *** * * * *: 5 5.16 THE WORK Defini
Page 156 and 157: *** * * * ** 6 DRYSTONE MASONRY STR
Page 158 and 159: *** * : 6 6.1 DRYSTONE MASONRY STRU
Page 160 and 161: *** ** 6 * DRYSTONE MASONRY STRUCTU
Page 162 and 163: *** * , * * *: 6 6.1.1 DRYSTONE MAS
Page 164 and 165: *** ! * I * * *** 6 6.1.1 DRYSTONE
Page 166 and 167: • Exemple 2
Page 168 and 169: *** * ** 6 6.2 DRYSTONE MASONRY STR
Page 170 and 171: **. * * * * ** 6 6.2.1 DRYSTONE MAS
Page 172 and 173: *** * :* **: 6 6.2.2 DRYSTONE MASON
Page 174 and 175: *** * * * *: 6 6.2.3 DRYSTONE MASON
Page 176 and 177: *** * :* * *: 6 6.2.3 DRYSTONE MASO
Page 178 and 179: *** * * **: 6 6.2.4 DRYSTONE MASONR
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** * * *** 6 6.2.5 DRYSTONE MASONRY
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** * * * * ** 6 6.2.6 DRYSTONE MASO
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*** * * * *: 6 6.2.7 DRYSTONE MASON
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** * * *: 6 6.2.8 DRYSTONE MASONRY
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** * I * * *: 6 6.2.8 DRYSTONE MASO
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** * * *: 6 6.3 DRYSTONE MASONRY ST
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*. * * *: 6 6.3 DRYSTONE MASONRY ST
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* * * I * * *: 6 6.3.1 DRYSTONE MAS
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Descripci6 Clot excavat per arribar
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Descripcio Clot excavat per arribar
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Descripcio Sistema que aprofita la
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Descripcio Galeria pared ada, excav
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*** * , * *** 6 6.3.5 DRYSTONE MASO
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*** * * * *: 6 6.3.6 DRYSTONE MASON
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* * i * * * * *** 6 6.3.7 DRYSTONE
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*** * * -:* * *: 6 6.3.8 DRYSTONE M
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*** * * * * *: 6 6.3.9 DRYSTONE MAS
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*** * * * ** * ** 6 6.4 DRYSTONE MA
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*** * :* * *: 6 6.4.1 DRYSTONE MASO
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*** I! * t : 6 6.4.1 DRYSTONE MASON
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ELEMENTS DE CONSTHUCCIO DE PEDHA EN
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Descripci6 Conduccia d'aigua entre
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*** * * :* * *** 6 6.4.3 DRYSTONE M
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*** * :* * *: 6 6.4.4 DRYSTONE MASO
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*** * .** *: 6 6.4.5 DRYSTONE MASON
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*** * * * *: 6 6.5 DRYSTONE MASONRY
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*** ** * * ** 6 6.5 DRYSTONE MASONR
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*** * * * *: 6 6.5.1 DRYSTONE MASON
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• rorIO d~"~vm~r • Porxo de Nev
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*** * * * *: 6 6.5.3 DRYSTONE MASON
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*** * * * *: 6 6.5.3 DRYSTONE MASON
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*** * ' :** *: 6 6.5.4 DRYSTONE MAS
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*** * . * * *: 6 6.5.4 DRYSTONE MAS
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*** * ** 6 6.6 DRYSTONE MASONRY STR
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*** * * **: 6 6.6 DRYSTONE MASONRY
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o 1m. I ••••• Openings Th
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*** ; * ; * * *: 6 6.6.1 DRYSTONE M
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* * * . ' * • . .* *•.* 6 6.6.1
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*** * * : * * *: 6 6.6.2 DRYSTONE M
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ca de carboner
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*** * * :* **: 6 6.6.3 DRYSTONE MAS
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266 Roofing False dome made of flat
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Outside the roof has a stepped appe
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piece of stone, save the outside do
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*** * * * * *: 6 6.6.4 DRYSTONE MAS
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* I • . * *** 6 6.6.4 DRYSTONE MA
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** * * *: 6 6.6.5 DRYSTONE MASONRY
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** * *: 6 6.6.5 DRYSTONE MASONRY ST
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** * **: 6 6.6.6 DRYSTONE MASONRY S
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** * * *** 6 6.6.6 DRYSTONE MASONRY
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** * ** 6 6.7 DRYSTONE MASONRY STRU
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Description Track that people and p
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** * * * ** 6 6.7.1 DRYSTONE MASONR
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*** * * -:* * *** 6 6.7.1 DRYSTONE
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*** * * * **: 6 6.7.1 DRYSTONE MASO
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Materials Pedra viva. Tipus de ferm
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Descripcio eamf transitable per a c
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6 8 ELEMENTS D'ACUMULACIO • DE PE
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I STONE STORAGE STRUCTURES Descript
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6.9 PUJADORS Les construccions de p
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, ELEMENTS DE CONSTHUCCIO DE PEDHA
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ELEMENTS DE CONSTRUCCIO DE PEDRA EN
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CANYELLES, N. (1997) EI paisatge de
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La pedra en sec. Materials, eines i tècniques tradicionals a les illes ...

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