Appalachian Trail /

"March 1981."

Map of Boston for 1883.

Scale 1:19,800; 100 rods to an in.

State of Connecticut.

Scale 1:125,000: 1 in. equals approx. 2 miles.

Ebbets Field.

Scale 1:1,200; 1 in. = 100 ft.

Blackwell's, Ward's and Randall's islands and adjacent shores of East and Harlem rivers from 51st St. New York to Lawrence's Pt.

Scale 1:5,000.

Saranac Lake, New York /

Scale 1:25,000; 1 cm. to 250 m.

Saranac Lake, New York /

Scale 1:25,000; 1 cm. to 250 m.

Hydrologic unit map--1974, State of New Jersey.

Scale 1:500,000; 1 in. equals approx. 8 miles.

State of New Jersey /

Scale 1:500,000; 1 in. equals approx. 8 miles.

State of New Jersey /

Scale 1:500,000; 1 in. equals approx. 8 miles.

New Jersey.

Scale 1:500,000; 1 cm. equals 5 kilometers.

From New Inlet to Absecon Inlet.

Scale 1:80,000.

Las redes sociales y sus roles. Algunas experiencias

Desde 2007, el fenómeno más destacado de intemet ha sido el rápido crecimiento de las redes sociales. Una de cada cuatro personas en el mundo las usa actualmente según Team Family Guy (Infographic Journal, dic. 2013). El tiempo mensual promedio dedicado a ellas por visitante alcanzó 23,7 horas en 2013 a nivel global y a 24 horas en América Latina, donde los brasileños son los que les dedican más tiempo (32,9hrs), seguidos de los argentinos (22hrs) y los peruanos ( 19,9hrs) (Datos de FayerWayer, oc. 2013). Facebook ha pasado el billón americano -un millón de millones de páginas vistas en un mes en agosto 2011 y domina en Europa y América. Facebook terminó 2013 con más de 1.150 millones de usuarios mensuales, Google+ con más de 300 millones, Linkedln con 259 millones y Twitter con 240 millones (ABC, oct.2013). Cada día, el 62,8% de los internautas españoles navega por las redes sociales, según el Primer Estudio de Medios de Comunicación Online presentado por IAB Spain (PRnoticias, 19/02/2014).

Estudo sobre as potencialidades de compósitos à base de gesso e fibras de coco seco para aplicação na construção civil

The use of gypsum, one of the oldest building materials for the construction industry in the country has been experiencing a significant and steady growth, due to its low cost and some of its properties that confer comparative advantage over other binder materials. Its use comprises various applications including the coating of walls and the production of internal seals and linings. Moreover, the fibers are being increasingly incorporated into arrays fragile in an attempt to improve the properties of the composite by reducing the number of cracks, the opening of the same and its propagation velocity. Other properties, depending on the function of the component material or construction, among these thermal and acoustic performances, are of great importance in the context of buildings and could be improved, that is, having better performance with this embodiment. Conduct a comparative study of physico-mechanical, thermal and acoustic composite gypsum incorporating dry coconut fiber, in the form of blanket, constituted the main objective of this work. Improving the thermal and acoustic performances of precast gypsum, used for lining and internal vertical fences of buildings, was the purpose of development of these composites. To evaluate the effect of fiber content on the properties of the composites were used to manufacture the composite layer with different thicknesses. The composites were fabricated in the form of plates with dimensions of 500x500x24mm. To facilitate the comparative study of the properties were also made with material gypsum boards only. We then determined the physico-mechanical, thermal and acoustical plaster and composites. The results indicated that the composites were significant gains in relation to thermal performance and also acoustic, in certain frequency range, increasing the thickness of the blanket. Concerning other physical-mechanical properties, the results showed that although the compressive strength was lower than for the composite did not occur after a fracture catastrophic failure. The same trend was observed with regard to resistance to bending, since the composites have not suffered sudden rupture and still continued after the load supporting point of maximum load

Recruitment patterns and processes of coastal fish species in a temperate rocky reef

Tese de Doutoramento, Ciências do Mar, da Terra e do Ambiente, Ramo: Ciências do Mar, Especialização em Ecologia Marinha, Faculdade de Ciências e Tecnologia, Universidade do Algarve, 2016