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Le mercure philosophique, ou mercure des philosophes, ou Notre Mercure, est une substance hypothétique que les alchimistes distinguaient du mercure métallique (appelé, par eux, mercure vulgaire ou commun). Dans sa portée symbolique liée à l'hermétisme c'est le principe féminin générateur du monde.
Définition[modifier | modifier le code]
Dans la plupart des cas, l'expression désigne l'ingrédient initial de la pierre philosophale, c'est-à-dire des substances très diverses et sans rapport avec le mercure métallique, ou même les métaux, comme la rosée, l'humus, l'urine, etc1. Mais de nombreux alchimistes vont suivre l'idée du pseudo-Geber dans sa Summa perfectionnis (Somme de la perfection) au xiiie siècle, que la pierre philosophale doit être faite de la substance de base qui compose les métaux et qu'utilise la nature pour les fabriquer1. Le pseudo-Geber introduisit aussi la théorie dite du « mercure seul », qui contrairement à la théorie alchimique classique selon laquelle les métaux sont composés de mercure et de soufre, soutient que les métaux précieux sont essentiellement faits de mercure, et que le soufre agit comme une impureté.
Chez certains auteurs qui voient dans l'œuvre alchimique l'expression d'un symbolisme philosophique ou métaphysique le mercure représente le principe passif ou féminin, extérieur et centripète, comparable d'une certaine façon au yin du taoïsme de la philosophie chinoise, et dont l'interaction complémentaire avec le soufre (principe actif) produit le sel c'est-à-dire le monde corporel ou individuel2.
L'école mercurialiste[modifier | modifier le code]
Au xviie siècle, l'alchimie est dominée par l'école mercurialiste3
Définitions[modifier | modifier le code]
En 1653, l'alchimiste Pierre-Jean Fabre définit ainsi cette substance :
« Quelle est la nature du Mercure des Philosophes qui possède en lui tout ce qui est nécessaire à l'obtention de la Pierre des Philosophes -
Il ne s'agit pas du Mercure vulgaire et commun qui est habituellement vendu chez les commerçants, qui coule comme de l'eau et qui ne mouille pas la main, puisque sa sécheresse l'empêche d'adhérer à ce qu'il touche. Cette sécheresse retient l'humidité et lui fait obstacle, empêchant qu'il ne mouille. Notre Mercure, celui de tous les Philosophes, est différent et distinct, il lui est même opposé. Il ne mouille pas la main, bien que ce soit du sel et qu'il tire son origine d'une source saline, étant un mélange d'eau et de Terre déliées. Ce Mercure est pourtant d'une qualité différente de celui du vulgaire, puisque le nôtre est chaud et humide. Celui qui est vulgaire est froid et humide et ainsi il ne mouille pas4. »
— Pierre-Jean Fabre, Maniscriptum ad Fridericum
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Au xviiie siècle les Lumières adoptent un ton plus réservé. En 1785, Buffon rappelle les principes sous-tendant la théorie, mais insiste sur l'aspect spéculatif de l'existence d'une telle substance :
« Nous ne parlerons pas du prétendu mercure des prétendus philosophes qu'ils disent être plus pesant, moins volatil, plus adhérent aux métaux que le mercure ordinaire, et qui leur sert de base comme fluide ou solide ; ce Mercure philosophique n'est qu'un être d'opinion, un être dont l'existence n'est fondée que sur l'idée assez spécieuse que le fonds de tous les métaux est une matière commune, une terre que Becher a nommée Terre mercurielle, et que les autres alchimistes ont regardée comme la base des métaux : or il me paroit qu'en retranchant l'excès de ces idées, et les examinant sans préjugé, elles sont aussi fondées que celles de quelques autres actuellement adoptées dans la chimie. Ces êtres d'opinion dont on fait des principes portent également sur l'observation de plusieurs qualités communes, qu'on voudroit expliquer par un même agent doué d'une propriété générale : or comme tous les métaux ont évidemment plusieurs qualités commune, il n'est pas déraisonnable de chercher quelle peut être la substance active ou passive qui se trouvant également dans tous les métaux, sert de base générale à leurs propriétés communes ; on peut même donner un nom à cet être idéal pour pouvoir en parler et s'étendre sur ses propriétés supposées ; c'est là tout ce qu'on doit se permettre ; le reste est un excès, une source d'erreurs, dont la plus grande est de regarder ces êtres d'opinions comme réellement existans, tandis qu'il ne représente que par abstraction des qualités communes de ces substances5. »
— Georges-Louis Leclerc de Buffon, Histoire naturelle des minéraux
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Références[modifier | modifier le code]
↑ Revenir plus haut en : a et b William R. Newman Gehennical fire. The lives of George Starkey, an American alchemist in the scientific revolution (A note on terminology) p. xi
↑ René Guénon, La grande Triade, Éditions Gallimard, 1957, chap. XII Le Soufre, le Mercure et le Sel, p.-p. 102-108. Lire en ligne [archive]
↑ Selon Georg Ernst Stahl elle comprend « the reates number of Votaries » cité par Lawrence M. Principe The Aspiring Adept: Robert Boyle and His Alchemical Quest Princeton University Press, 2000 p. 154
↑ (la) Pierre-Jean Fabre (préf. Jean-Paul Dumont), Maniscriptum ad Fridericum, 1653 (édité en 1690) cité par Bernard Joly, La rationalité de l'alchimie au xviie siècle, Vrin, 1992, 408 p. (ISBN 2-7116-1055-1, ISSN 1147-4920, lire en ligne [archive]), p. 157
↑ Georges-Louis Leclerc de Buffon, Histoire naturelle des minéraux, vol. 3, 1785 (lire en ligne [archive])
Voir aussi[modifier | modifier le code]
Alchimie
Alkahest
Paphiopedilum, often called the Venus slipper, is a genus of the Lady slipper orchid subfamily Cypripedioideae of the flowering plant family Orchidaceae. The genus comprises some 80 accepted taxa including several natural hybrids. The genus is native to Southeast Asia, the Indian Subcontinent, southern China, New Guinea and the Solomon and Bismarck Islands.
The species and their hybrids are extensively cultivated, and are known as either paphiopedilums, or by the abbreviation paphs in horticulture.
The type species of this genus is Paphiopedilum insigne.
DESCRIPTION
Paphiopedilum species naturally occur among humus layers as terrestrials on the forest floor, while a few are true epiphytes and some are lithophytes. These sympodial orchids lack pseudobulbs. Instead, they grow robust shoots, each with several leaves; some are hemicryptophytes. The leaves can be short and rounded or long and narrow, and typically have a mottled pattern. When older shoots die, newer ones take over. Each new shoot only blooms once when it is fully grown, producing a raceme between the fleshy, succulent leaves. The roots are thick and fleshy. Potted plants form a tight lump of roots that, when untangled, can be up to 1 m long.
Members of this genus are considered highly collectible by orchid fanciers due to the curious and unusual form of their flowers. Along with Cypripedium, Mexipedium, Phragmipedium and Selenipedium, the genus is a member of the subfamily Cypripedioideae, commonly referred to as the "lady's-slippers" or "slipper orchids" due to the unusual shape of the pouch-like labellum of the flower. The pouch traps insects seeking nectar, and to leave again they have to climb up past the staminode, behind which they collect or deposit pollinia. The orchid, despite several attempts to clone by tissue culture, has never been successfully cloned, for unknown reasons. This means every plant is unique.
Members of this genus have unusual stomata. Whereas most land plants' stomata have guard cells with chloroplasts in their cytoplasm (including those of closely related Phragmipedium slipper orchids), Paphiopedilum stomata do not. This difference results in simpler, but weaker control of stomatal function. For example, most plants close their stomata in response to either blue or red light, but Paphiopedilum guard cells only respond to blue light. The fact that they lack chloroplasts has made them valuable to researchers investigating stomatal function. For example, it enabled the discovery of intracellular events that precede stomatal closure.
IN HORTICULTURE
The paphiopedilums are among the most widely cultivated and hybridized of orchid genera. Spectacular new species are being discovered every now and then; for example the Golden Slipper Orchid (P. armeniacum), discovered in 1979 and described in 1982, amazed growers of orchids by the extraordinary beauty of its golden flowers. In addition, growers have bred thousands of interspecific hybrids and registered them with the Royal Horticultural Society in London over the years.
These orchids are relatively easy to grow indoors, as long as conditions that mimic their natural habitats are created. Most species thrive in moderate to high humidity (50-70%), moderate temperatures ranging from 13 to 35 degrees Celsius and low light of 12,000 to 20,000 lux. Modern hybrids are typically easier to grow in artificial conditions than their parent species.
TAXONOMY AND SYSREMATICS
The genus name Paphiopedilum was established by Ernst Hugo Heinrich Pfitzer in 1886; it is derived from Paphos (a city in Cyprus, a place sacred to Aphrodite. It was said she landed at the site when rose from the sea as her birth.) and Ancient Greek pedilon "slipper". Ironically, no paphiopedilum occurs on Cyprus – at least not as the genus is understood today. But it was long mixed up with its Holarctic relative Cypripedium, which indeed grows in the Mediterranean region. Paphiopedilum was finally decided to be a valid taxon in 1959, but its use has become restricted to eastern Asian species in our time.
SUBDEVISIONS
The genus Paphiopedilum has been divided into several subgenera, and then further into sections and subsections:
- Subgenus Parvisepalum
- Subgenus Brachypetalum
- Subgenus Polyantha
Section Mastigopetalum
Section Polyantha
Section Mystropetalum
Section Stictopetalum
Section Paphiopedilum
Section Ceratopetalum
Section Cymatopetalum
Section Thiopetalum
- Subgenus Sigmatopetalum
Section Spathopetalum
Subsection Macronidium
Subsection Spathopetalum
Section Blepharopetalum
Section Mastersianum
Section Punctatum
Section Barbata
Subsection Lorapetalum
Subsection Chloroneura
Section Planipetalum
Section Venustum
- Subgenus Cochlopetalum
SELECTED SPECIES
There are more than 550 taxa in this genus, including some 80 valid species. Some notable species and their natural hybrids are listed here, together with some assorted varieties and forms:
Paphiopedilum acmodontum (Philippines)
Paphiopedilum adductum
Paphiopedilum × affine (P. appletonianum × P. villosum) (Vietnam)
Paphiopedilum appletonianum (Hainan to Indochina)
Paphiopedilum × areeanum (P. barbigerum × P. villosum var. annamense) (China: SE Yunnan)
Paphiopedilum argus (Philippines: Luzon)
Paphiopedilum armeniacum – Golden Slipper Orchid
Paphiopedilum armeniacum fma. markii
Paphiopedilum barbatum – Penang Slipper Orchid (Peninsular Thailand to Sumatra)
Paphiopedilum barbigerum
Paphiopedilum bellatulum – Egg-in-a-nest orchid (SE Yunnan, Guizhou, S Guangxi to Indochina)
Paphiopedilum bougainvilleanum (Solomon Islands)
Paphiopedilum bougainvilleanum var. bougainvilleanum (Solomon Islands: North Solomons)
Paphiopedilum bougainvilleanum var. saskianum (Solomon Islands: South Solomons)
Paphiopedilum bullenianum (Malesia)
Paphiopedilum bullenianum var. bullenianum (W Malaysia)
Paphiopedilum bullenianum var. celebesense (Sulawesi to Maluku)
Paphiopedilum × burbidgei (P. dayanum × P. javanicum var. virens) (Borneo)
Paphiopedilum callosum (Indochina to NW Peninsular Malaysia)
Paphiopedilum callosum var. callosum (Indochina) (including f. albinum, P. viniferum)
Paphiopedilum callosum var. potentianum (Thailand)
Paphiopedilum callosum var. warnerianum (Peninsular Thailand to NW Peninsular Malaysia)
Paphiopedilum charlesworthii
Paphiopedilum ciliolare
Paphiopedilum concolor
Paphiopedilum × cribbii Averyanov (S Vietnam)
Paphiopedilum × dalatense (P. callosum × P. villosum var. annamense) (Vietnam)
Paphiopedilum dayanum (Borneo)
Paphiopedilum delenatii
Paphiopedilum dianthum
Paphiopedilum × dixlerianum (P. callosum × P. wardii) (Myanmar)
Paphiopedilum druryi (S India)
Paphiopedilum emersonii
Paphiopedilum × expansum ( P. hennisianum × P. philippinense) (Philippines)
Paphiopedilum exul (Peninsular Thailand)
Paphiopedilum fairrieanum (E Himalaya to Assam)
Paphiopedilum × fanaticum (P. malipoense × P. micranthum) (S China)
Paphiopedilum fowliei
Paphiopedilum × frankeanum (P. superbiens × P. tonsum) (Sumatra)
Paphiopedilum gigantifolium (SC Sulawesi)
Paphiopedilum glanduliferum (NW New Guinea)
Paphiopedilum glaucophyllum
Paphiopedilum godefroyae (Peninsular Thailand)
Paphiopedilum gratrixianum
Paphiopedilum × grussianum (P. dianthum × P. hirsutissimum var. esquirolei) (China: Guangxi)
Paphiopedilum hangianum Perner & O.Gruss (Yunnan to Vietnam) (including f. album, P. singchii)
Paphiopedilum haynaldianum (Philippines: Luzon, Negros)
Paphiopedilum helenae Aver. (N Vietnam: Cao Bang Province[verification needed]) (includes P. delicatum)
Paphiopedilum hennisianum (C Philippines)
Paphiopedilum henryanum (SE Yunnan, Guangxi to N Vietnam)
Paphiopedilum × herrmannii (P. helenae × P. hirsutissimum var. esquirolei) (Vietnam)
Paphiopedilum hirsutissimum (Assam to S China)
Paphiopedilum hirsutissimum var. chiwuanum (China: Yunnan)
Paphiopedilum hirsutissimum var. esquirolei (Yunnan, Guizhou, Guangxi to N & E Indochina)
Paphiopedilum hirsutissimum var. hirsutissimum (Assam to Myanmar)
Paphiopedilum hookerae (Borneo)
Paphiopedilum hookerae var. hookerae (Borneo: Sarawak, W. Kalimantan)
Paphiopedilum hookerae var. volonteanum (Borneo: Sabah)
Paphiopedilum insigne (Assam: Meghalaya)
Paphiopedilum intaniae (Sulawesi)
Paphiopedilum javanicum (Sumatra, Borneo to Lesser Sunda Islands)
Paphiopedilum javanicum var. javanicum (Sumatra to Lesser Sunda Islands)
Paphiopedilum javanicum var. virens (Borneo: Sabah to N Sarawak)
Paphiopedilum × kimballianum (P. dayanum × P. rothschildianum) (Borneo: Mt. Kinabalu)
Paphiopedilum kolopakingii (Borneo: C Kalimantan)
Paphiopedilum lawrenceanum (Borneo - Sarawak, Sabah)
Paphiopedilum liemianum (N. Sumatra)
Paphiopedilum × littleanum (P. dayanum × P. lawrenceanum) (Borneo)
Paphiopedilum lowii (W & C Malesia)
Paphiopedilum lowii var. lowii (W & C Malaysia)
Paphiopedilum lowii var. lynniae (Borneo)
Paphiopedilum lowii var. richardianum (Sulawesi)
Paphiopedilum malipoense – Jade Slipper Orchid (including P. jackii)
Paphiopedilum mastersianum (Lesser Sunda Islands to Maluku)
Paphiopedilum mastersianum var. mastersianum (Maluku: Ambon, Buru)
Paphiopedilum mastersianum var. mohrianum (Lesser Sunda Islands: Flores)
Paphiopedilum × mattesii (P. barbatum × P. bullenianum) (Peninsular Malaysia)
Paphiopedilum micranthum – Silver Slipper Orchid, Hard-leaved Pocket Orchid
Paphiopedilum micranthum var. eburneum
Paphiopedilum micranthum var. glanzeanum (Albinistic form)
Paphiopedilum niveum (Peninsular Thailand to N Peninsular Malaysia)
Paphiopedilum ooii
Paphiopedilum papuanum (New Guinea)
Paphiopedilum parishii (Assam to W Yunnan)
Paphiopedilum × pereirae (P. exul × P. niveum) (Peninsular Thailand)
Paphiopedilum × petchleungianum (P. dianthum × P. villosum) (China: SE Yunnan)
Paphiopedilum philippinense (Philippines to N Borneo)
Paphiopedilum philippinense var. philippinense (Philippines to N Borneo)
Paphiopedilum philippinense var. roebelenii (Philippines: Luzon)
Paphiopedilum × powellii (P. callosum × P. exul) (Peninsular Thailand)
Paphiopedilum × pradhanii (P. fairrieanum × P. venustum) (E Himalaya)
Paphiopedilum primulinum (Sumatra: S Aceh)
Paphiopedilum primulinum var. primulinum
Paphiopedilum primulinum var. purpurascens
Paphiopedilum purpuratum (S China to Hainan)
Paphiopedilum purpuratum var. hainanense (Hainan)
Paphiopedilum purpuratum var. purpuratum (China: Yunnan, Hong Kong, Guangdong)
Paphiopedilum randsii (Philippines: N Mindanao)
Paphiopedilum rhizomatosum (Myanmar)
Paphiopedilum robinsonianum (Central Sulawesi)
Paphiopedilum rothschildianum – King of the Paphs
Paphiopedilum saccopetalum (China: SE Guanxi)
Paphiopedilum sanderianum (NW Borneo: Gunung Mulu)
Paphiopedilum sangii (N Sulawesi)
Paphiopedilum schoseri (Sulawesi to Maluku)
Paphiopedilum × shipwayae (P. dayanum × P. hookerae). (Borneo)
Paphiopedilum × siamense (P. appletonianum × P. callosum) (Thailand)
Paphiopedilum spicerianum
Paphiopedilum × spicerovenustum (P. spiceranum × P. venustum) (Assam)
Paphiopedilum stonei (Borneo: Sarawak)
Paphiopedilum stonei var. platyphyllum (Borneo: Sarawak)
Paphiopedilum stonei var. stonei (Borneo: S Sarawak)
Paphiopedilum sugiyamanum (Borneo: Sabah)
Paphiopedilum sukhakulii (NE Thailand)
Paphiopedilum supardii (Borneo: SE Kalimantan)
Paphiopedilum superbiens (N & W Sumatra)
Paphiopedilum thaianum (Thailand)
Paphiopedilum tigrinum (including P. smaragdinum)
Paphiopedilum tonsum (Rchb.f.) Stein (N & W Sumatra) (including f. alboviride)
Paphiopedilum tranlienianum (Vietnam)
Paphiopedilum tranlienianum f. alboviride (Vietnam)
Paphiopedilum urbanianum
Paphiopedilum usitanum (Philippines)
Paphiopedilum vejvarutianum (Thailand: Kanchanaburi)
Paphiopedilum × venustoinsigne (P. insigne × P. venustum) (Assam)
Paphiopedilum venustum (E Nepal to NE Bangladesh)
Paphiopedilum victoria-mariae (W Sumatra)
Paphiopedilum victoria-regina (including P. chamberlainianum)
Paphiopedilum × vietenryanum (P. gratrixianum × P. henryanum) (China: Yunnan)
Paphiopedilum vietnamense Gruss & Perner (Vietnam)
Paphiopedilum villosum (Assam to S China)
Paphiopedilum villosum var. annamense (Yunnan and Guangxi to Indochina)
Paphiopedilum villosum var. boxallii (Myanmar)
Paphiopedilum villosum var. villosum (Assam to Thailand) (including P. densissimum)
Paphiopedilum violascens (N & E New Guinea, Manus Island)
Paphiopedilum wardii Summerh. – Rainbow Orchid (SW Yunnan to Myanmar) (including f. alboviride)
Paphiopedilum wardii var. teestaensis (China: SW Yunnan)
Paphiopedilum × wenshanense (P. bellatulum × P. concolor, including P. × conco-bellatulum)
Paphiopedilum wentworthianum (Solomon Islands)
Paphiopedilum wilhelminae (C New Guinea)
WIKIPEDIA
copyright 2013 M. Fleur-Ange Lamothe
"humus: n. the organic constituent of soil, usu. formed by the decomposition of plants and leaves by soil bacteria"
The Canadian Oxford Dictionary
www.lombriculturadetenjo.com cursos de lombricultura
Humus Liquido Humus Granulado Pie de Cria Manual de Lombricultura
GRACIAS POR VISITARNOS
Dirección Planta: Km 2.3 vía Tenjo Tabio Vereda Chincé Tenjo (Ver Mapa )
Teléfono: 57 (1) 688 4849
Teléfono Movil: 57(313) 4954616 - 57(312) 5594487 -57(315) 3636311
Email: info@lombriculturadetenjo.com
Tenjo - Cundinamarca - Colombia
ver videos de lombricultura: www.youtube.com/user/lombricesdetenjo
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Chernozem (from Russian: chernozyom, is a black-colored soil containing a high percentage of humus (4% to 16%) and high percentages of phosphoric acids, phosphorus, and ammonia. Chernozem is very fertile and can produce high agricultural yields with its high moisture storage capacity. Chernozems are a Reference Soil Group of the World Reference Base for Soil Resources (WRB).
Russian soil scientists rank the deep, central Chernozems among the best soils in the world. With less than half of all Chernozems in Eurasia being used for arable cropping, these soils constitute a formidable resource for the future. Preservation of the favorable soil structure through timely cultivation and careful irrigation at low watering rates prevent wind and water erosion. Application of P fertilizers is required for high yields.
Wheat, barley and maize are the principal crops grown, alongside other food crops and vegetables. Part of the Chernozem area is used for livestock rearing. In the northern temperate belt, the possible growing period is short and the principal crops grown are wheat and barley, in places in rotation with vegetables. Maize and sunflower are widely grown in the warm temperate belt. Maize production tends to stagnate in drier years unless the crop is irrigated adequately (WRB, 2016)
Soil profile: (Photo courtesy of Yakov Kuzyakov, revised.)
For more information about this soil, visit;
wwwuser.gwdg.de/~kuzyakov/soils/WRB-2006_Keys.htm
Landscape: Chernozems are relict soils in Poland, covering only small patches of our country. In recent years, discussions on genesis, transformation and relations of Chernozems with other soil types have been revived. Interdisciplinary research conducted jointly with archaeologists broadened knowledge and verified scenarios of Cherznozems evolution in selected regions of Poland. On the other hand, there are reports of significant degradation or even disappearance of Chernozems due to intensive cultivation and soil erosion. It indicates the great importance to protect these fertile soils. Therefore, despite the fact that Chernozem is “the first among soils”, from recognizing the genesis of which modern soil science has begun, we still see exciting research challenges and practical needs regarding these soils in Poland, as well as in Central and Eastern Europe. (Cezary Kabała)
For more information about "Chernozem – Soil of the Year 2019", visit;
questa della russia è bellissima...dei nidi lungo tutto il campo..una specie di quartiere popolare per uccelini perspicaci...tanto il fine della land art è tornare alla natura,scomporsi nel tempo da sola,infatti le opere saranno lasciate li tutta l estate fino a che non restera piu nulla..
www.lombriculturadetenjo.com cursos de lombricultura
Humus Liquido Humus Granulado Pie de Cria Manual de Lombricultura
GRACIAS POR VISITARNOS
Dirección Planta: Km 2.3 vía Tenjo Tabio Vereda Chincé Tenjo (Ver Mapa )
Teléfono: 57 (1) 688 4849
Teléfono Movil: 57(313) 4954616 - 57(312) 5594487 -57(315) 3636311
Email: info@lombriculturadetenjo.com
Tenjo - Cundinamarca - Colombia
ver videos de lombricultura: www.youtube.com/user/lombricesdetenjo
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boomwortels, plafondconstructie, halogeenlampen
tree roots, ceiling construction, halogen lamps
Secret Gardens
TENT, Rotterdam 2012
HUMUS
Un suspiro perdido en el aire
una carcajada verde vegetal
el remanso aleve de una gota de agua
la saeta certera de tu mirada.
No quiero asomarme en ese cristal
reluciente
de atisbo de puma
que espera el parpadeo de la presa.
No quiero ser cautiva del embrujo
que hace rondar la llama
a la mariposilla
ni ser un aleteo de mosca cautiva
en la goma traicionera de la carnívora
quiero ser tierra negra
que nutra tu raíz profunda,
sostén y anclaje perenne
de tu folia caduca
y ser origen
de la primavera amarilla
cual inflorescencia en tumulto
de una copa de fronda.
No quiero encontrar tus ojos
antes que tu esencia arbórea
descubra mi sino labrantío.
Copyright© 2008 María de Lourdes Ramírez Dueñas
Todos los derechos reservados All Rights Reserved
Prohibida su reproducción total o parcial
www.lombriculturadetenjo.com cursos de lombricultura
Humus Liquido Humus Granulado Pie de Cria Manual de Lombricultura
GRACIAS POR VISITARNOS
Dirección Planta: Km 2.3 vía Tenjo Tabio Vereda Chincé Tenjo (Ver Mapa )
Teléfono: 57 (1) 688 4849
Teléfono Movil: 57(313) 4954616 - 57(312) 5594487 -57(315) 3636311
Email: info@lombriculturadetenjo.com
Tenjo - Cundinamarca - Colombia
ver videos de lombricultura: www.youtube.com/user/lombricesdetenjo
(http://www.flicker.com/photos/lombriculturadetenjo/
www.lombriculturadetenjo.com cursos de lombricultura
Humus Liquido Humus Granulado Pie de Cria Manual de Lombricultura
GRACIAS POR VISITARNOS
Dirección Planta: Km 2.3 vía Tenjo Tabio Vereda Chincé Tenjo (Ver Mapa )
Teléfono: 57 (1) 688 4849
Teléfono Movil: 57(313) 4954616 - 57(312) 5594487 -57(315) 3636311
Email: info@lombriculturadetenjo.com
Tenjo - Cundinamarca - Colombia
ver videos de lombricultura: www.youtube.com/user/lombricesdetenjo
(http://www.flicker.com/photos/lombriculturadetenjo/
con humus y fito plangton se mantienen erguidas las estructuras despiertas como lechugas electricas.
chirriantes de un destello inocuo , metalico , frio como el fuego y puntiagudo como las afiladas particulas de su juego .
todo esto es tuyo , te pertenece , y como poseciòn humana propia has de destruirlo , todo lo que tengo trato de exterminar , y asi de humano voy creciendo hacia la evoluciòn de un chimpance con el talento para exterminarte con la misma fuerza y coherencia con la misma herramienta que utilizas en forma de hueso .
axn.
pd: aqui les dejo el link de un video de una pequeña entrevista que me hicieron para un proyecto que consiste en una red on line de arte con entrevistas llamada CIRCUITO TV .
www.circuito.tv/index.php?option=com_hwdvideoshare&ta...
ponganle una retina.
www.lombriculturadetenjo.com cursos de lombricultura
Humus Liquido Humus Granulado Pie de Cria Manual de Lombricultura
GRACIAS POR VISITARNOS
Dirección Planta: Km 2.3 vía Tenjo Tabio Vereda Chincé Tenjo (Ver Mapa )
Teléfono: 57 (1) 688 4849
Teléfono Movil: 57(313) 4954616 - 57(312) 5594487 -57(315) 3636311
Email: info@lombriculturadetenjo.com
Tenjo - Cundinamarca - Colombia
ver videos de lombricultura: www.youtube.com/user/lombricesdetenjo
(http://www.flicker.com/photos/lombriculturadetenjo/
www.lombriculturadetenjo.com cursos de lombricultura
Humus Liquido Humus Granulado Pie de Cria Manual de Lombricultura
GRACIAS POR VISITARNOS
Dirección Planta: Km 2.3 vía Tenjo Tabio Vereda Chincé Tenjo (Ver Mapa )
Teléfono: 57 (1) 688 4849
Teléfono Movil: 57(313) 4954616 - 57(312) 5594487 -57(315) 3636311
Email: info@lombriculturadetenjo.com
Tenjo - Cundinamarca - Colombia
ver videos de lombricultura: www.youtube.com/user/lombricesdetenjo
(http://www.flicker.com/photos/lombriculturadetenjo/
This delight is called Humus.
It's made from chick peas and it's very tasty :)
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