martes 30 de junio de 2009

AFRICASD-L: Is a Peer-to-Peer

List serve for information specifically regarding the African Regional Coverage Project and related information on sustainable development decision-making in Africa. AFRICASD-L is managed by the International Institute for Sustainable Development, as part of the African Regional Coverage Project.

TO SUBSCRIBE TO AFRICASD-L AND OTHER LISTSERVES
Click here

As AFRICASD-L is a peer-to-peer announcement list, any subscriber can post to the list. The list is moderated and only announcements that satisfy the following guidelines will be distributed to subscribers:
a) All postings to AFRICASD-L should be announcements appropriate for an international audience that have an "environment and related sustainable development issues in Africa" connection: i.e. African management issues, best practices in environment/sustainable development conservation and management, announcements or outcomes of environment/sustainable development meetings or sessions/side events at meetings, relevant job postings, publications and online resources;
b) No postings that are commercial in nature, personal statements, news stories, polemic statements or postings intended to create discussion will be cleared for distribution to the list;c) Postings should include the internet address for large documents (URLs) rather than including attached files. If possible do not send file attachments.


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UNALM:CURSO - TALLER Monitoreo y Evaluación de la Calidad del Aire

UNIVERSIDAD NACIONAL AGRARIA LA MOLINA
Modalidad Semipresencial Con entorno mailto:virtu@l
Objetivos:
Adquirir conocimientos, habilidades y actitudes relacionadas con el monitoreo y evaluación de la calidad de aire.
Capacitar a los participantes en el manejo de equipos medidores y muestreadores de contaminantes atmosféricos y en el análisis químico correspondiente.
Conocer la legislación y normativa existente sobre calidad de aire.
Contenido:
Fundamentos de calidad del aire. Fuentes de emisión y tipos de contaminantes atmosféricos.
Normatividad ECA y LMPs. EPA.
Características y estrategias del monitoreo de calidad del aire. Diseño de un plan de monitoreo. Protocolos de monitoreo de la calidad del aire.
Métodos de muestreo de calidad de aire: manuales, automáticos, sensores remotos y bioindicadores.
Métodos de análisis de calidad de aire para gases y partículas, métodos de referencia y equivalentes.
Demostraciones en campo, muestreo de gases (NO2 y SO2) y partículas (Material particulado menor a 10 micras-PM 10 y Partículas Totales Suspendidas-PTS)
Prácticas y cálculos de simulación en laboratorio, Uso del Air Quality, Health, y Airviro.
Análisis fisicoquímicos e instrumentales de los contaminantes de la calidad de aire. Análisis e Interpretación de datos
Estudios de caso.
Evaluación.

INICIO 20 DE JULIO DEL 2009
¡Vacantes limitadas!!!!!
Información completa:
http://www.lamolina.edu.pe/cgta/default.htm
CENTRO DE GESTIÓN y TECNOLOGÍA AMBIENTAL
FACULTAD DE CIENCIAS-
Campus UNALM,
2do Piso oficina Nº9
Telefax:3488925
Celular: 988272516
E-mail:
cgta@lamolina.edu.pe;


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The World Bank Institute e-newsletter (WBI News)

Issued monthly, provides a concise selection of WBI news with related links. Let us know what YOU would find most useful for us to include in upcoming issues of WBI News by sending an email with "Comments" in the subject line to: wbinews@worldbank.org. If you would like to request information, please include "Info Request" in the subject line of your email.
In this issue:EventsPublicationsFeature Stories

Events
Forum: Improving the Results of Learning for Capacity BuildingJune 17 - 19, 2009In June of 2008, experts gathered in Berlin, Germany for a High-Level Retreat on the Effectiveness of International Development Training where they discussed strategies to make development learning more effective. Now, one year later, delegates and experts met again at a three-day forum to assess progress on this mandate and to explore ways of defining and measuring the results of learning programs for capacity building. The forum is linked to an online community where participants can watch videos and listen to podcasts of the sessions and discuss the issues with experts and practitioners. The forum was presented by the World Bank Institute and InWEnt Capacity Building International.
More information:
http://capacitydevelopment.ning.com/
Good Intentions Are No Longer Enough…Are We Making A Difference?– Innovative Monitoring and Evaluation (M&E) Workshop in TajikistanJune 17 - 19, 2009How do World Bank-funded projects fare? What do we want to achieve through our projects and programs? How do we know we are moving successfully toward our goals of making a difference in the lives of people? Participants in this workshop, which targeted four World Bank project teams, discussed how to apply an innovative monitoring and evaluation methodology.More information: http://go.worldbank.org/J2PVN4J640
Governance, Transparency, Accountability and Anti-corruption Measures in EducationJune 15 - 26, 2009This two-week course raised awareness among policymakers and practitioners about the need for reform in the education sector to improve efficiency and reduce corruption. In a growing number of countries, financial responsibility and management are being transferred to lower levels of government, local communities, and school providers. This decentralization can make systems more responsive to local needs, but it can also lead to inequalities and inefficiencies. This program helped participants develop tools to identify and assess corrupt practices, and ultimately to improve transparency, combat corruption, and improve management in the education systems in their countries.More information: http://go.worldbank.org/MCJDRLEEK0
Fighting Corruption Through Collective Action in Today's Competitive Marketplace– Executive Development ProgramJune 9 - 11, 2009Businesses using collective action have competed successfully in sectors and locations at high risk for corruption – without paying bribes. This program featured examples of successful collective action and offered practical guidance for corporate decision-makers doing business in these high-risk situations, and for government officials responsible for policy and management of corruption-free government finance. Participants included private sector executives and attorneys and public sector officials. The program was presented by the World Bank Institute and an alliance of companies, NGOs and other organizations focused on fighting corruption in the marketplace.More information: http://info.worldbank.org/etools/edp/fightcorrupt.htm
Developing Knowledge Economy Strategies to Improve CompetitivenessMay 17 - 21, 2009In the global economy, the application of knowledge is a key source of growth in areas such as entrepreneurship and innovation, research and development, software and product design, and in people’s education and skills levels. But countries often have difficulty sustaining growth because of skills shortages and intensified market rivalries in a globalized economy. The World Bank Institute’s (WBI) Knowledge for Development (K4D) program has designed a learning program that uses concrete case studies, exchange of experiences, and analytical tools to provide opportunities for participants to engage in a process of developing coherent knowledge exchange strategies in their countries. This program was specifically designed to address the challenges facing countries in the Middle East and North Africa.More information: http://go.worldbank.org/Q2LSVMIPH0
Africa-East Asia Experience Exchange on Special Economic Zones and Competitive ClustersMay 1 – 12, 2009This program was jointly organized by several World Bank teams and the World Bank Institute with external partners from China, Malaysia, and Singapore. This South-South exchange brought together high-level representatives of Sub-Saharan African governments with Asian counterparts from both the public and private sectors. Twenty-six African senior-level government officials, including ministers and heads of agencies, attended the exchange. The objective was to facilitate the sharing of development experiences on Special Economic Zones (SEZs) and their usefulness in promoting trade and investment. The program included one-on-one business networking sessions with the private sector in Asia, and created opportunities for continued interaction and technical exchange.More information: http://go.worldbank.org/L5U0RJWSL0

Publication
Promoting Enterprise-Led Innovation in ChinaBy Chunlin Zhang, Douglas Zhihua Zeng, William Mako, and James SewardApril 2009This report is the result of a recent World Bank study designed to assist the Chinese government in implementing its strategy of enterprise-led innovation. The report finds that continuous government support for private sector growth is of strategic importance if China is to build up an enterprise-led technological innovation system. Despite remarkable achievements, the World Bank study sees China as a late-comer in technological catch-up, facing a substantial gap from the international technological frontier. To ensure sustainability, Chinese enterprises will have to derive their competitiveness more from innovation. The report was jointly released by the East Asia and Pacific region of the World Bank and the World Bank Institute.Download the report (pdf):
More information:


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lunes 29 de junio de 2009

REVISTA AREAMINERA: Newsletter Junio 2009

Últimas Noticias
Doe Run y un salvavidas que hace agua
Anglo American busca a inversores en su negocio brasileño
Importante encuentro con autoridades
Notable incremento en la matriz energética de la región
Inversionistas belgas podrían llegar a la Segunda Región a activar proyectos
Convenio tendrá mil beneficiarios
“Chile y Uruguay podrían construir aerogeneradores”
Empresas junior de minería podrían transarse en la bolsa
Negociación Colectiva: el paso trascendental que viene
Dirigentes díscolos denuncian millonarias pérdidas en Codelco
Recordando
Brusca baja del dólar aflige a Pymes exportadoras
Los secretos del GNL
Consideraciones Competitivas
Proyecto de Innova-Corfo: La pequeña minería comienza su revolución modernizadora
Sindicato minero de Incahuasi construirá polvorín para labores económicas
Pan American Silver esperan producir este 2009 21.5 MM de onzas de plata
Informe Semanal del Precio del Cobre - Cochilco
Central termoeléctrica de Barrick en Punta Colorada tiene un 95% de avance
Simma en Exponor 2009: "Un viaje a otro mundo"
Enfrenta minera privada en Perú deudas y problemas legales
3M Minería en Exponor 2009: “En terreno con los Usuarios”
Ahorro energético es viable con actual nivel de confort y desarrollo
Codelco Norte Perseguirá Responsabilidades Penales y Sí Amerita, Finiquitaran Contratos
Minera Esperanza en pleno avance para producir el 2010
Chuquicamata y RT unidos por nueva explotación minera
Gobierno genera empleos en la zona
Millonarias obras en Camarones
parvulario en tocopilla
Codelco asiste a congreso de contratistas
Para recibir el boletín informativo de http://www.aminera.cl/
Las noticias publicadas en
y en nuestro boletín informativo, corresponden a una recopilación de noticias del área minera provenientes de diversas fuentes identificadas.
EDICEM LTDA
José Miguel de la Barra 412, piso 5, Santiago.


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The Bottom Line TBL - PERU: GESTION POR PROCESOS: DISEÑO, GESTION Y CONTROL

El corazon de administar negocios es manejar procesos
The Training Center For Business Excellence

QUIENES DEBEN ASISTIR
Líderes, responsables y dueños de procesos. Gerentes de Área y Funcionales, Lideres de Equipos y Gestores de Calidad, Analistas de Procesos y cargos vinculados a Organización & Métodos.
OBJETIVO ESTRATEGICO
Fortalecer el desenvolvimiento del equipo líder de calidad para lograr un nuevo nivel de desempeño corporativo en este ámbito.
BENEFICIOS MULTIPLICADORES QUE SE OBTENDRAN
1) Alinear los criterios sobre los que se soporta la estrategia actual de calidad con los objetivos estratégicos de la empresa.
2) Analizar los fundamentos que soportan la cultura de calidad de y mejorar los aspectos relevantes para que esta sea mejor percibida por los clientes internos y externos.
3) Mejorar la comprensión y el análisis para detectar oportunidades de mejora en los procesos críticos.
4) Diseñar estrategias que permitan sostener un proceso de mejora continua dentro de una visión de largo plazo.
Previo a la realización del evento cada participante realizará una evaluación a fin de alinear los objetivos personales con los objetivos estratégicos que plantea la formación y relevar las expectativas que cada uno de ellos trae al seminario, proponer que se pretende conseguir en el entrenamiento y lograr un acuerdo que genere compromiso con la iniciativa
Planes de Acción
Los planes de acción se llevan a cabo a lo largo del seminario ypermiten tangibilizar el proceso formativo, en ellos, el participante en conjunto con el facilitador detallan las oportunidades de mejora que se implementarán conforme a los temastratados y el tiempo estimado en que se conseguirán los logros.
CONTENIDO PRACTICO
I. Enfoque en el Cliente Interno.- Visión de la Calidad dentro de la planeación estratégica.- ¿Es satisfactoria el nivel de calidad percibida por nuestros clientes internos?- La organización basada en procesos.- Alineando la gestión por procesos al modelo de calidad.- ¿Donde se falla habitualmente?- Gestión por Procesos e ISO 9000- Análisis de la estructura basada en Sistemas-Procesos-Actividades y Tareas.- Enfoques para identificación de procesos críticos.- Enfoque total. - Enfoque de selección.- Enfoque ponderado.- Procesos de Soporte.
II. Mapeo de Procesos y despliegue visual de etapas principales y puntos de decisión del proceso.- Flujogramas. - SIPOC.- Errores típicos
III. Diagnostico del Proceso y detección de inconformidades.- Matriz Causa - Efecto. - Análisis de los Modos de fallo y sus Efectos (F.M.E.A.). - Diagrama de Pareto. - Histogramas. - Diagramas Causa - Efecto. - Diagramas de Relaciones. - Diagramas de Afinidad. - Diagrama de Árbol. - Diagrama matricial.- Manejo de entrevistas y diagnostico de la interrelación del proceso entre áreas.- Identificación de Oportunidades de Mejora.- Acciones correctivas y validación con el cliente interno.- Control y Seguimiento.
BENEFICIOS ADICIONALES
1) Desarrollar un diagnóstico de la forma en que actualmente gestiona el riesgo y poder detectar oportunidades de mejora para su empresa y área de trabajo.
2) Compartir la experiencia con técnicos que provienen de diferentes sectores empresariales, mejorando su enfoque y realizando un benchmarking de su propia gestión en este campo.
3) Usted podrá consultar durante los entretiempos de forma privada, sin costo adicional, temas puntuales de su operación, vinculados al desarrollo del curso.
Nota: Para acceder reservar su cita con tiempo indicando vía email su interés.
Cupos limitados.
EXCELENCIA ACADEMICA
Miguel Ángel Gómez (Mx.48)- Black Belt Six Sigma- Miembro de la ASQ (American Society for Quality)- Doctor en Ingeniería Industrial, Universidad Estatal de Nuevo México (NMSU) en Estados Unidos. - Black Belt y Green Belt en metodología Six Sigma, reconocidos en Estados Unidos por la American Society for Quality.- MBA en Administración, Instituto Tecnológico y de Estudios Superiores de Monterrey, México.- Se ha desempeñado a nivel gerencial con importantes empresas, entre ellas, las del Grupo Condumex.- Tiene más de 15 participaciones como ponente y en publicaciones a nivel internacional en temas de optimización, simulación, estadística y calidad. - Fue miembro del sistema nacional de investigadores (SNI) en México- Actualmente es consultor, miembro del equipo seis sigma e instructor del departamento de Actuaría, Física y Matemáticas impartiendo cursos de diplomados para empresas en México y cursos a nivel posgrado y pregrado en las escuelas de Negocios, Ciencias e Ingeniería de la UDLAP, México.
INFORMACION E INSCRIPCIONES
The Bottom Line TBL - PERU
Executive Education
The Training Center For Business Excellence
Contact Center: Sonia Lopez
PBX (Lima):
4409292 - 4409276 -
4409288. Anexo 560
Ayudando a crear los nuevos estándares de clase mundial en negocios
"Escoje el trabajo que amas y no tendrás que lamentar un solo día en tu vida." (Confúcio)


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REVISTA TECNOLOGICA SPOL de Aplicaciones Ingenieriles

Desde 1976, la Revista Tecnológica de la ESPOL (RTE) se ha caracterizado por publicar artículos con información científica y tecnológica. En la actualidad, la RTE es publicada en dos ediciones, impresa y digital. Ambas ediciones están indexadas a Latindex, Índice Latinoamericano de Publicaciones Científicas Seriadas. En el 2009, la Revista Tecnológica brindará a sus lectores dos series. La primera serie trata de Ciencias Naturales y Medio Ambiente, a publicarse en Septiembre del 2009 y la segunda está relacionada a Aplicaciones Ingenieriles, la cual se publicará en Noviembre del 2009. La RTE de Ciencias Naturales y Medio Ambiente tendrá como misión publicar artículos originales de investigación científica y desarrollo tecnológico, así como artículos de opinión y revisiones bibliográficas; que contribuirán con la descripción, evaluación, conservación, transformación y manejo de los recursos naturales de los países latinoamericanos. Por otro lado, La RTE de Aplicaciones Ingenieriles tendrá como objetivo publicar artículos originales de investigación científica y desarrollo tecnológico, así como artículos de opinión y revisiones bibliográficas; que contribuirán a la solución de problemas de tipo ingenieril en países latinoamericanos. Con estos cambios esperamos brindarles un mejor servicio.

ULTIMA EDICIÓN

Vol 21, No. 1, Octubre 2008.

ÁREAS DE INTERÉS
Las áreas generales de interés de la RTE son:
Ciencias de la Ingeniería
Ciencias Exactas y Naturales.
Ciencias Agrícolas.
Ciencias Sociales.
RECEPCIÓN DE ARTÍCULOS:
Para enviar un artículo a la Revista Tecnológica ir a Call for Papers. Todo el proceso de recepción y revisión de artículos es en línea a través de este sitio.
Misión: tendrá como objetivo publicar artículos originales de investigación científica y desarrollo tecnológico, así como artículos de opinión y revisiones bibliográficas; que contribuirán a la solución de problemas de tipo ingenieril en países latinoamericanos.

Se convoca a investigadores, profesores y estudiantes de Ecuador y Latinoamérica a presentar sus artículos originales en la serie: RTE: Aplicaciones Ingenieriles,
Fecha límite de presentación de artículos: 3 de Julio 2009

Las áreas que incluye son:
Software y Tecnología de Información, Eléctrica y Electrónica, Fomento Industrial, Ingeniería Civil, Energía Alternativa y Renovable, Economía y Ciencias Sociales, Ingeniería Mecánica, Ingeniería Industrial, y Todas las áreas relacionadas a las Ingenierías

Para mayor información acceder a la página web: http://www.rte.espol.edu.ec/

Fabiola Cornejo, MSc.
Editora en Jefe RTE - ESPOL
Campus Prosperina Km 30.5
Via Perimetral Guayaquil, Ecuador
Telf: 04-2269-368


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Encuentro Científico Internacional 2009 de invierno (ECI2009i)

Presidencia: Universidad Tecnológica del Peru (UTP)
Secretaria Ejecutiva: CEPRECYT
Fecha : 4 al 7 de agosto 2009
Lugar: por confirmar.
Entrada libre previa inscripción en
Inscripción como participante
Fecha límite para la entrega de resúmenes ( hasta 250 palabras) por los expositores: 03 de julio 2009 en Inscripción como expositor
Se enviará vía correo electrónico la respuesta de los resúmenes aceptados a partir del 13 de julio.
Objetivos:
Establecer lazos de cooperación entre los centros mundiales de investigación y las instituciones peruanas para llevar a cabo proyectos de interés para el país.
Establecer lazos de colaboración en torno a dichos proyectos entre los investigadores peruanos y amigos del Perú residentes en el país y en el extranjero.
Promover, a través de las instituciones nacionales, la recuperación de talentos residentes en el extranjero a fin que participen en el desarrollo nacional.
Promover en la opinión pública la importancia de la ciencia y la tecnología para el desarrollo y el mejoramiento de la calidad de vida.
El ECI es coorganizado por las instituciones ( universidades, institutos o asociaciones ) de ciencia y tecnología más importantes del Perú.
Temática:
Ciencias agrarias
Ciencias ambientales
Ciencias biológicas
Ciencias exactas : Matemáticas, física y Química
Ciencias de la salud
Ciencias del mar
Ciencias de materiales
Ciencias de la Tierra, la atmósfera y el espacio
Ciencias sociales y educación
Ciencias y tecnologías de la information y comunicación
Ciencias empresariales
Gestion científica y tecnológica
Geología y minería
Ingeniería y energía
INFORMES EN:


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Fondo Editorial UNMSM: Don Quixote The first 400 years

Los eruditos y los amantes seguidores del hidalgo célebre de La Mancha participaron en una celebración un 03 de noviembre de 2004 en la Conferencia Internacional denominada "Don Quixote: Los Primeros Cuatrocientos Años", organizado por la Universidad Hofstra en la Ciudad de Hempstead, Estado Nueva York; evento que nació, no como un mero festival de literatura, sino como un festival de cartas combinadas con la música, la historia y las artes visuales. De sus más de cincuenta presentaciones, se ha escogido una colección de veintiuno, cuya naturaleza diversa puede iluminar algunos recreos hasta ahora poco conocidos de Cervantes, su mundo y su invención; trabajos selectos que ahora presentamos en forma de libro.
La universidad es lo que Publica
6197000 Anexo 7529 / 7530 / 7534
Zenia Sacks Da Silva (editor)
Serie: Coediciones / UNMSM-Hofstra University
Páginas: 325
ISBN: 978-9972-46-413-3
Precio: S/. 50.00 Peso: 500 g.
Edición Bilingüe: Inglés-Español


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REVISTA CSIC: Informes de la ConstrucciónVol 61, No 514 (2009)

Fundada el año 1948 en el Instituto Técnico de la Construcción y del Cemento, Informes de la Construcción es una publicación científica con periodicidad trimestral. Trata temas de arquitectura, ingeniería, obras públicas, medio ambiente, instalaciones, rehabilitación, sistemas constructivos, técnicas de ensayos, resultados de investigaciones de componentes y sistemas de la edificación, etc. La revista va dirigida a arquitectos, ingenieros, empresas constructoras, investigadores y profesionales relacionados con la construcción de edificios y obras civiles.
Los contenidos de Informes de la Construcción están indizados en Web of Science (Thomson-ISI) desde 2007 y Scopus. La revista facilita el acceso sin restricciones a todos los contenidos de esta edición electrónica.
Informes de la Construcción acaba de publicar su último número en:
A continuación le mostramos la tabla de contenidos.
Puede visitar nuestro sitio web para consultar los artículos que sean de su interés.
Gracias por mantener el interés en nuestro trabajo.
Edición Electrónica Revistas CSIC - INFCONSTR
Informes de la ConstrucciónVol 61, No 514 (2009)
Sumario


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REVISTA CSIC: Estudios Geológicos Vol 65, No 1 (2009)

Desde su aparición en 1945, Estudios Geológicos publica trabajos originales e inéditos de investigación, así como artículos de síntesis, sobre cualquier campo de las Ciencias de la Tierra.En la actualidad se publica un volumen al año, dividido en dos números de periodicidad semestral, y es editada por el Consejo Superior de Investigaciones Científicas (CSIC) en el Museo Nacional de Ciencias Naturales. En esta edición electrónica, Estudios Geológicos facilita el acceso sin restricciones a todo su contenido desde el momento de su publicación. Los artículos aceptados aparecen en la sección 'Próximos artículos' tan pronto como las galeradas has sido corregidas por el autor y el equipo editorial. No se aceptarán cambios una vez publicados.Estudios Geológicos se incluye actualmente en Science Citation Index Expanded, SCOPUS y GeoRef, entre otras bases de datos.
Estudios Geológicos acaba de publicar su último número en
A continuación le mostramos la tabla de contenidos.
Puede visitar nuestrositio web para consultar los artículos que sean de su interés.
Gracias por mantener el interés en nuestro trabajo.
Edición Electrónica Revistas CSIC - ESTGEOL
Sumario


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sábado 27 de junio de 2009

LA MADRE: LA PRIMERA MAESTRA DEL NIÑO

Como me envió el Padre así también yo os envío

La Preparación Necesaria

"Procura con diligencia presentarte a Dios aprobado".

EL PRIMER maestro del niño es la madre. En las manos de ésta se concentra en gran parte su educación durante el período de mayor sensibilidad y más rápido desarrollo. A ella se da en primer lugar la oportunidad de amoldar su carácter para bien o para mal. Ella debería apreciar el valor de esa oportunidad y, más que cualquier otro maestro, debería estar preparada para usarla de la mejor manera posible. Sin embargo, no hay otro ser a cuya educación se preste tan poca atención. La persona cuya influencia en materia de educación es más poderosa y abarcante, es la que recibe menos preparación sistemática.

Aquellos a quienes se confía el cuidado del niñito desconocen a menudo sus necesidades físicas; poco saben de las leyes de la salud o de los principios relativos al desarrollo. Tampoco están mejor preparados para atender su desenvolvimiento mental y espiritual. Pueden poseer cualidades que les permitan actuar bien en los negocios o brillar en sociedad; pueden haber hecho progresos en la literatura y la ciencia; pero saben poco de la educación de un niño. Se debe principalmente a esta falla, en especial al descuido en los comienzos del desarrollo físico, el hecho de que una gran proporción de los miembros de la especie humana muera en la infancia, y de que entre los que llegan a la madurez haya tantos para quienes la vida es una carga.

Sobre los padres y las madres descansa la responsabilidad de la primera educación del niño, como asimismo de la ulterior, y por eso ambos padres necesitan urgentemente una preparación cuidadosa y cabal. Antes de aceptar las responsabilidades de la paternidad y la maternidad, los hombres y las mujeres deberían familiarizarse con las leyes del desarrollo físico: con la fisiología y la higiene, con la importancia de las influencias prenatales, con las leyes que rigen la herencia, la salud, el vestido, el ejercicio y el tratamiento de las enfermedades; deberían comprender también las leyes del desarrollo mental y de la educación moral.

El Ser infinito consideró tan importante la obra de la educación, que desde su trono envió mensajeros para que respondieran la pregunta de una futura madre: "¿Cómo debe ser la manera de vivir del niño, y qué debemos hacer con él?", e instruir a un padre en cuanto a la educación de un hijo prometido.

La educación nunca logrará lo que podría y debería llevar a cabo, hasta que se reconozca plenamente la obra de los padres y éstos reciban una preparación que los capacite para desempeñar sus sagradas responsabilidades.

Se admite universalmente la necesidad de la educación preparatoria del maestro; pero pocos reconocen el carácter de la preparación más esencial. El que aprecia la responsabilidad implícita en la educación de la juventud, se dará cuenta de que no es suficiente la instrucción literaria y científica. El maestro debería tener una educación más amplia que la que se obtiene por medio del estudio de los libros. Debería poseer no sólo fuerza, sino amplitud de mente; no sólo debería ser íntegro de alma, sino de gran corazón.

Sólo el que creó la mente y formuló sus leyes puede comprender perfectamente sus necesidades o dirigir su desarrollo. Los principios de la educación que él ha dado constituyen la única guía segura. Una cualidad esencial para todo maestro es el conocimiento de estos principios y que los haya aceptado de tal manera que sean un poder dominante en su propia vida.

La experiencia en la vida práctica es indispensable. El orden, la prolijidad, la puntualidad, el dominio propio, el genio alegre, la invariabilidad de disposición, la abnegación, la integridad y la cortesía, son cualidades esenciales.

Por lo mismo que hay tanta bajeza, y tanta impostura rodea a los jóvenes, hay una gran necesidad de que las palabras, el comportamiento y la conducta del maestro representen lo elevado y lo verdadero. Los niños son perspicaces para descubrir la afectación o cualquier otra debilidad o defecto. No hay para el maestro otro modo de conquistar el respeto de sus alumnos que el de revelar en su propio carácter los principios que trata de enseñarles.

Únicamente al hacerlo, mientras se relaciona diariamente con ellos, puede ejercer una influencia benéfica y permanente sobre ellos.
En cuanto a casi todas las demás cualidades que contribuyen a su buen éxito, el maestro depende en extenso grado del vigor físico. Mientras más buena sea su salud, mejor será su trabajo.

Tan cansadoras son sus responsabilidades, que se requiere de su parte un esfuerzo especial para conservar el vigor y la lozanía. A menudo se siente descorazonado y mentalmente fatigado, con una tendencia casi irresistible a la depresión, la indiferencia y la irritabilidad. No sólo tiene el deber de resistir esos estados de ánimo, sino de evitar su causa. Necesita conservar el corazón puro, afable, confiado y lleno de simpatía. A fin de estar siempre tranquilo, firme y animado, debe conservar la fuerza mental y nerviosa.

Puesto que en su tarea la calidad es tanto más importante que la cantidad, debería evitar el exceso de trabajo, el tratar de hacer demasiadas cosas, el aceptar otras responsabilidades que lo incapacitan para su obra, y el dedicarse a entretenimientos y actividades sociales más agotadoras que restauradoras.

El ejercicio al aire libre, especialmente el que se hace al realizar un trabajo útil, es uno de los mejores medios de recreación para el cuerpo y la mente, y el ejemplo del maestro inspirará en sus alumnos interés y respeto por el trabajo manual.
FUENTE:LA EDUCACION
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ADRA (Adventist Development and Relief Agency) in New Zealan

The Adventist Development and Relief Agency (ADRA) was initiated by the Seventh-day Adventist church. The basis for its existence, its reason for being, is to follow Christ’s example by being a voice for, serving, and partnering with those in need.
ADRA has developed a network of dedicated experts in 125 countries who can deliver development and aid quickly and efficiently, where and when people need it most. Through five distinct portfolios - Food Security, Economic Development, Primary Health, Emergency Management, Education - we give families options for a better way of life.
Food Security
Millions of people live hand-to-mouth, never sure if they will get their next meal. Often, they only need a few simple resources, like quality seeds, appropriate tools, and water, to become self-sufficient. ADRA’s Food Security projects seek solutions to food insecurity, poverty, and hunger.
New Zealand has funded projects that help with food security in:
Bangladesh, Moheshpur – Integrated Homesite Development Project
Thailand, Chiang Mai – Village Water Supply for Gardens
Vietnam, Nam Dinh – Cow Bank Project
Mongolia, Ulan Baatar – Community Garden Project
Zambia – Drought Relief and Seed Supply Project
Indonesia – Improved Rice Production Techniques


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ADRA CANADA: Resource Centre

The Adventist Development and Relief Agency Canada (ADRA Canada) is an independent humanitarian agency established by the Seventh-day Adventist Church whose mission is to empower the poor around the world and in Canada with the resources, skills and opportunities to live a better life with dignity and hope. Our vision is to achieve a world without poverty.
The registered office is located in Oshawa, Ontario. ADRA Canada has a separate Board of Directors that is elected annually at a constituency meeting. ADRA Canada uses its resources effectively, keeping administrative costs at 15% or less.
ADRA Canada partners within a network of ADRA offices in approximately 20 countries. Through its established partners, ADRA Canada also supports community service projects in Canada every year.
ADRA recognizes the dignity that is inherent in each person and is committed to improving the quality of human life. It serves people without regard to their ethnic, political, or religious association. It helps those in need, especially those most vulnerable such as women and children.ADRA Canada is part of the ADRA international network operating in approximately 120 countries. As one of the leading non-governmental relief and development organizations in the world, the Agency was granted General Consultative Status by the United Nations in 1997. Other donor offices include ADRA International, offices in European countries, and Pacific countries.

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ICT: A BIBLICAL APPROACH TO GEOLOGY

INTRODUCTION
A variety of aspects may be explored when writing about a biblical approach to geology. One might discuss the development of scientific philosophy and its relationship to the Christian educational community, the harmony between the Bible and nature, the diversity of views held by various educational institutions and their responsibility to the scientific community; however, this paper approaches the dialogue between scientific conclusions and Seventh-day Adventist educational perspectives with the assumption that the Bible is the final authority, the foundation of all truth.
Beginning with the authority and historicity of Scripture,[1] the paper outlines the importance of the biblical texts that create guidelines and boundaries for interpretation of nature in general and in the classroom. Application of this approach as a means of bolstering faith in the Christian classroom is presented, followed by evidences from the rock record that seem to me to be consistent with the biblical account of a worldwide flood.
Each teacher's acceptance, modification and/ or rejection of the authority and historicity of Scripture as God's word will influence the students' response to the evidence with regard to its prehistory. Trust in God's Word developed through one's personal relationship with Jesus Christ is foundational to one's worldview.
THE BIBLICAL FOUNDATION
Within the Christian educational community, each school's position on the historicity of Scripture naturally forms the basis for any discussion of earth's history and prehistory. The prehistoric period as specifically addressed in Genesis 1-11 includes astounding accounts of global creation and devastation that must have left striking evidences within the earth's crust as mute testimonies of their occurrences. Acceptance of these evidences as support for the biblical narratives is dependent on each person's worldview and particularly on one's confidence in the historical accuracy of the Bible. It is little wonder then that the largely atheistic, scientific community[2] would have difficulty recognizing geological evidence for a global catastrophe responsible for the majority of the earth's crystal deformation, deposition and erosion, as well as the fossiliferous remains buried within it. Consequently, earth science teaching materials for Seventh-day Adventist classrooms are difficult to obtain.
In general, those in both the Christian and non-Christian educational communities summarily reject the historicity of Scripture with respect to earth's prehistoric existence; however, this has not always been the case. Eighteenth century geologists were Christian men who firmly believed and taught the biblical account of a global catastrophic flood.[3] In the early 19th century theories of multiple Catastrophism were promoted by George Cuvier, d'Orbigny and William Buckland. These men suggested that the effects of the biblical flood could be seen in the erosive surface features and, according to Buckland, in deposits of sediments associated with tropical animals found in Yorkshire.[4] At the time the theories were hailed by the Protestant and Catholic churches as glorious victories providing evidence for the truth of the Bible and were quickly incorporated into the educational systems of the day.[5] Unfortunately, the restriction of the biblical flood to the uppermost sediments created serious problems because subsequent work by Agassiz and others, identified these deposits as remnants of glaciation[6] and thus, the widely touted evidence of a global flood was eliminated by the scientific reinterpretation of the deposits. During this time a localized flood theory advanced by Smith, a theologian was successfully promoted and gained archeological support from Woolley and Langdon in the 20th century.[7] Subsequent archeological work disproved their claims[8] but regional flood theories continue to enthrall the theological community and the public at large (e.g., the most recent theory suggests the rapid filling of the Black Sea could be the source for the biblical flood account.[9])
As new scientific theories were advanced, theologians seemed to have accepted the ideas despite the implications such theories had, and still have regarding the historicity of Scripture and the very authority of God's Word in matters of earth's prehistory. The desire on the part of the church leaders and science educators to be scientifically up-to-date plunged them into a quagmire of theological implications for which they were unprepared and ultimately resulted in the loss of biblical authority as the final test of truth within the churches and educational system. Consequently, confidence in the truth of scientific theories, conclusions, and in some cases, speculation has led many people to reject the authority and historicity of Scripture particularly in the area of earth's prehistoric era.[10]
Today a very articulate and vocal minority urge educators and school boards to recognize the inadequacy of Darwinism and Neo-Darwinism evolutionary theory and the validity of intelligent design in nature.[11] Within Adventism throughout the years, scientists such as Price, Clark, Coffin, Brand and Roth have advocated in numerous publications the existence of an intelligent designer and have supported the authority and historicity of the Bible the area of earth's prehistory.[12]
A new generation of flood geologists and other scientists are urging their colleagues, the general public, the Christian community and especially Christian educators to refrain from seeking scientific arguments to bolster their faith in the Bible.[13] It is particularly vital that science educators refrain from using scientific arguments in the classroom to support the biblical narrative. The biblical accounts of creation and the flood are supported by faith, not science because all science is tentative. Scientific data may be presented as evidences consistent with the biblical account of earth's prehistory but neither evidences and theories with the biblical account prove the events, nor evidences and theories contrary to the biblical account disprove the events.
Many modern catastrophists like some of the earlier workers believe that God's word is the ultimate truth and testing ground for the evidences and theories that may be advanced regarding the creation/flood issues found in Genesis 1-11. Such beliefs are personal choices based on personal experiences since even the position one takes with respect to the authority and historicity of the Bible is dependent on personal experiences, i.e., the development of trust in God and His word. On this foundation new research is being conducted not to prove God's word but rather to seek answers to the how and why questions presented in Scripture but rarely addressed by science. There are however a considerable amount of data that are more easily explained within the context of a short chronology. There are data that are so consistent with what one would expect from the biblical account of earth's prehistory that one is not required to blindly believe the biblical texts. From this perspective faith may be affirmed without relying on the scientific data for the developing and/or the establishing of faith.
GEOLOGY AND FAITH
There are four aspects of geology that through the years have affirmed my faith. For example, there is a statement in my first geology textbook that admits scientists might ascribe many of the features we see in the rocks to a catastrophic, world wide flood and that such an explanation is legitimate. The authors of the text go on to say that the same features can be generated over long periods of time, and thus, the cataclysmic explanation is not needed.[14] However, their admission that the structures in the rock record can be attributed to the Genesis Flood suggests their recognition of the validity of my catastrophic viewpoint without impugning my integrity as a scientist. Students should be made aware that the geologic community accepts the reality of catastrophic events in the geologic record and that despite the claims made by some of the more radical anti-creationists our belief system is valid.[15]
Most important are the details from the rock record that indicate a shorter chronology than that generally proposed by the geologic community. Within the geologic record there are numerous contacts among the layers that show little evidence for the passage of time. These contacts may have no evidence of continuing deposition and have little erosion, they may be gradational,[16] or lithologically[17] continuous. Typically the time frames denoted by the layers are based upon fossil content or radiometric dates determined from associated volcanic ash beds or lavas and do not match the data associated with the contact. Radiometric dates in particular are problematic for Adventist students because when they see numbers they think the numbers represent data; however, radiometric dates are not data. The data used to determine the dates consist of the distribution of isotopes in rocks or minerals. Radiometric dates are calculations from the data. This concept of data with respect to the nature of the contacts and the dating information needs to be emphasized and illustrated in our classrooms.
Sedimentologically, there is abundant evidence for catastrophic deposition, rapidly deposited sequences but little evidence for extremely long-term deposition. Sedimentation is episodic, i.e., erosion and deposition occur in short-term events.[18] Deposition that is considered long-term is based on the time postulated for the development of a particular environmental system or estimated time required for evolutionary development of the fossils contained in the deposit. The validity of the time required to generate these deposits depends to some extent on whether or not the environmental setting has been correctly identified. For example, coal measures are thought to have formed on deltas; however, upright trees in these beds indicate the sediments were rapidly deposited because these trees must have been buried and preserved before they rotted.[19] The time required for the growth and development of the swampy, deltaic environment does not coincide with the preservational needs of the deposit.
Since structural relationships of these environments may be affected by tectonic[20] and marine activity that can be explained by highly complex world wide flood or the conventional model, what one believes about the mechanisms generating these deposits is a choice based on personal world view. These sedimentological features are consistent with the biblical chronologies for the history of our earth and can be presented to our students without building a false foundation on science.
Secondly, there are the numerous deposits that are regionally extensive but geographically isolated all over the world.[21] For example, Cretaceous[22] chalk beds are found worldwide; Permo-Triassic[23] salt beds and red beds are found throughout Europe, eastern and western North America, Argentina and China; Mississippian[24] limestones in western and eastern North America as well as in western Europe contain similar fossils and have strikingly similar lithology. Devonian[25] limestones containing rugose corals[26] and stromatoporoids[27] were deposited in southwest England, Belgium, northern France, southwest Germany, Moravia, U.S. Midwest, Canadian Rockies and western Australia. There is also a worldwide Cambrian/Precambrian[28] sequence of a basal conglomerate[29] overlain by an orthoquartzite,[30] glauconitic[31] sandstone, shale and capped by limestone.[32] The deposition of these units with diverse sedimentological and paleontological features raises fascinating questions about source areas and a possible depositional mechanism.
Thirdly, the concept of plate tectonics supported by the maps of ridges, earthquakes, and volcanoes worldwide has made it clear to everyone that at sometimes in the past the crust of our earth was shattered.[33]The exact cause of this shattering is not known but the fracture system suggests movement of the crust on an extremely large-scale. Such massive upheaval is consistent with a biblical view for earth's prehistory.
Another aspect of the geologic record that provides clues to events that occurred during the Genesis Flood is the mass mortality deposits. Not every roadside outcrop contains fossils but the geologic record is replete with extensive beds of dead organisms. Trilobites dominate the Cambrian deposits worldwide. Devonian deposits are referred to as the age of fishes because, although other organisms are preserved in these beds, unique and extinct fish dominate them. The Morrisson Formation extends from Texas to Canada and can be identified by its position in the layers, the rock in the unit, and the dinosaur fossils found in it. The London Clay contains seeds and pods from a wide variety of plants and the Green River Formation is well known for its fossil fish, palm fronds, oil shale, bivalves, mammals, and birds. The most interesting aspect of these units and their fossil data is the sequence, the order that is easily discerned in the fossil record.[34]
Although I have been generally and somewhat favorably impressed with the concept of ecological zonation[35] as an explanation for the fossil sequence, I have not been able to resolve the detailed sequencing found in the record to my personal satisfaction. The sequence may be attributed to a complex variety of processes: source areas, transport and sorting, survivability, rapidly changing environmental conditions, and sequential destruction of ecological niches. This is a topic that presents serious difficulties for students in science. Many scientists believe that the fossil sequence disproves the biblical account of the worldwide flood. While we do not want to shake the faith of our students, we must be careful in the way that we present the concept of ecological zonation and the fossil sequence.
Elaine Kennedy
Geoscience Research Institute
Loma Linda, CA 92350

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ICT: A BIBLICAL PERSPECTIVE ON THE PHILOSOPHY OF SCIENCE

Modern science began in Christian Europe, and many great scientists in past centuries viewed their scientific work as thinking God’s thoughts after Him. This attitude toward science and religion went into a serious decline, until it seemed that science had eliminated the possibility of theology as a source of knowledge. However, more recent thinking by philosophers of science has set the stage for suggesting a different view. We will be dealing in this paper with biblical Christianity, and will not discuss other religions.

Christianity and the origins of modern science
At times in history scientific study was much more alive in other places than it was in the Western world, so why did modern science arise in Western Europe instead of in China or some other place? There is reason to believe that Christianity provided the ideal culture for the origin of modern science (Polkinghorne 1994, Ratzsch 2000). The creation of the universe by a rational, intelligent God explains why the universe is so intelligible and open to our scientific investigation. Since Christianity offered such a rational God, this can explain why Christians expected the world to be understandable, and why it is worthwhile investing one’s energy and time into systematic investigation of nature. Science must also assume that nature is uniform, with universal processes and patterns. For a Christian, these characteristics and assumptions of science are founded in belief that the universe was created by a rational God who is faithful and consistent. A secular scientist does not have such a foundation, and must generally accept these concepts as mere assumptions.
Science as an institution has now rejected the creation account as its foundation, but continues to be successful. Will denial of the existence of a rational Creator eventually weaken science by undercutting its foundation? Or now that science is in motion does it have sufficient momentum to maintain its rapid progress? Time will tell.

The philosophy of science - changing views on how knowledge is acquired and evaluated
As modern science developed in the 17th to early 20th centuries, scientists and philosophers encouraged a more objective and rational study of nature, by empirical observation, than had been practiced before. I will refer to Francis Bacon’s understanding of science as an example of the traditional, positivist understanding of science developed early in that process. He thought that prejudices or theories are bad and should be avoided. Our task, according to Bacon, is to rid our minds of prior prejudices and theories, and then objectively collect data and let the data lead us to a true understanding of nature (Popper 1963, Ratzsch 2000). Bacon’s concept of science is now understood to be unrealistic, and the most naive part of Bacon’s philosophy was his belief that we can begin the scientific process by purging our minds of all bias or prejudices (Popper 1963). How would we know what ideas to purge? In actuality a mind purged of all “biases” would be an empty mind, not an objective mind.
In the positivist philosophy of science two important issues were demarcation (determining the boundary between science and nonscience) and confirmation of theories (how to determine if a theory had been demonstrated to be correct, or verified). In the early 20th century logical positivism was the most influential school of thought. According to logical positivism the confirmation of a theory can occur only by empirical data that verify, or indicate the truth of the theory. A theory is valid science, satisfying the demands of demarcation, if it can be verified by empirical observation. Everything that could not be so verified was nonsense. Thus science was considered the only route to understanding; all other knowledge was not knowledge at all. This materialistic outlook considered the material and physical to be real, but there could not be any human religious or ethical knowledge unless such knowledge was independently verified by science (Murphy 1990; Ratzsch 2000).
Positivism declined as it became evident that it could not effectively deal with some areas of reality, and that the verification criterion did not work. Karl Popper led the way in emphasizing that just because a series of observations support a statement does not finally establish it to be true. We never know when new observations may demonstrate the statement, or at least part of the statement, to be false (Popper 1959, 1963; Ratzsch 2000). We may hypothesize that all crows are black, and support the statement by observation of 1,000 black crows, but then finding one white crow can prove the statement to be false. Of course most scientific theories are more complex than the color of crows, but no matter how simple or complex they are we can never verify a theory or demonstrate it to be true, because there is always the possibility that it may in the future be falsified by new data.
In Popper’s philosophy of science, research begins with some observation or problem to be solved. Then the scientist thinks of a theory to explain the observation, and indicates what type of data would disprove, or falsify the theory. As long as research does not falsify the theory, it remains viable. Thus we cannot truly verify theories, but we can identify false theories and by this process gradually improve our understanding of natural phenomena (Popper 1959, 1963). Popper’s philosophy answers the big questions of demarcation and verification in the following way. Any theory or hypothesis is scientific (meets the demarcation criterion) if it can, at least in principle, be tested, that is if it can be contradicted by empirical data. The confirmation criterion cannot be met by proving or verifying a theory, but simply by holding a theory only as long as it hasn’t been falsified.
Popper’s falsification concept was an improvement over positivism, but falsification also has its limits. New data may appear to refute a theory, but further research may reveal that we misunderstood that new data, and the theory was not falsified after all. This is a very real problem, since it is not possible to falsify a theory with confidence. However, in principle the concept of testing a theory by observations or experiments that have the potential to falsify it is still an effective technique, as long as we remember that falsification is not final. As our knowledge grows we may discover that the theory was actually not falsified. Science is always a continuing search, that doesn’t reach absolute truth.
Popper’s philosophy of science abandoned the rigidly rational criteria of the traditional view, and recognized the human element in science. He saw that there is always a need for human choice or judgment in research (Ratzsch 2000). Science was no longer seen as resting on a solid foundation, but was compared by Popper (1959, p. 54-55) to a building erected not on solid bedrock, but on piles driven into a swamp. They are not driven down to any natural base, but are driven in until “we are satisfied that the piles are firm enough to carry the structure, at least for the time being.” In this new view of science it was no longer reasonable to claim that topics outside of science were nonsense.
The human element in science became even more evident in the philosophy of Thomas Kuhn (1962, 1970), that “has placed humans and human subjectivity (in the form of values of the community of scientists) in the center of science” (Ratzsch 2000, p. 50). Based on his study of the history of scientific theories, Kuhn concluded that scientists do not generally try to disprove their theories. Rather each scientist typically works within a scientific paradigm (a broad, explanatory theory; e.g the theory of evolution). They do not try to test the paradigm, but assume it is true and use it to guide their exploration of new phenomena within the paradigm’s domain. This process Kuhn called normal science, because that is what scientists normally do.
As normal science progresses, anomalies may be discovered - phenomena that do not seem to fit the expectations of the paradigm. If these anomalies persistently defy efforts to resolve them, this can lead to what Kuhn called a crisis state for the paradigm. Science never abandons a theory or paradigm without another one to replace it, but a crisis may stimulate a few creative scientists to develop an alternate paradigm. At that point it is not clear which paradigm is correct, and the choice between the old paradigm (which has only failed with a few problems) and the new one (which has not yet established a track record) is often made for less than objective reasons. Such choices can even be described as a “conversion” process that leads a scientist to see things in an entirely new and different way from how he/she saw them before (Kuhn 1962, 1970). If the new paradigm replaces the old, a scientific revolution has occurred, and normal science now proceeds under the new paradigm. The revolution process cannot be defined by rigorous logical criteria, but as the result of a changing consensus of opinion among scientists working in that field.
Further philosophical work has resulted in criticisms that parts of Kuhn’s philosophy are not adequately supported by historical data (e.g. Laudan 1977), but it is still recognized that science is influenced by subjective human elements. Kuhn has responded to his critics (Kuhn 2000), and there were other important philosophers of science in the 20th century (e.g. Reichenbach 1951, and Feyerabend 1978, 1987). Feyerabend (1978) went so far as to urge that we should not try to define a scientific method, because rational boundaries defined by a scientific method will inhibit progress toward finding some legitimate new knowledge. We will briefly consider the works of Laudan (1977) and Lakatos (1978), who have provided sophisticated contemporary philosophies of science. Moreland (1989) and Ratzsch (2000) have written helpful analyses of the philosophy of science from a Christian perspective.
Lakatos believed the history of science is best described as competition through time between competing research programs. A research program consists of a core theory, and a set of auxiliary hypotheses. The core theory is central to the research program, and is protected from falsification by the “protective belt” of auxiliary hypotheses, in order to give the core sufficient opportunity to be fully developed. When potentially falsifying data appear, it is the auxiliary hypotheses that are modified or replaced. The theory that all life has arisen by evolution is an example of a core theory, with its protective belt of changeable auxiliary hypotheses of specific evolutionary mechanisms.
A research program is considered progressive or degenerating according to several criteria, the most important of which is whether it is successful in predicting novel, hitherto unexpected findings, at least some of which can be successfully corroborated. Thus the choice between competing research programs is not based on our ability to determine which one is more true, but on the programs’ relative ability to increase scientific knowledge. Both demarcation and confirmation are based on this relative success at increasing scientific knowledge. Science is still perceived as a rational activity, but it is now recognized that science is affected by sociology, economics, and other very human factors (Murphy 1990; Lakatos 1978).
The history of science shows that a theory may be successful in stimulating scientific progress, and consequently be widely accepted by the scientific community, and yet later be rejected because the accumulating evidence no longer supports it. Consequently, if at a given time there is a strong consensus among scientists regarding the truth of a particular theory, this consensus may result from philosophical or sociological factors, rather than from a body of evidence demonstrating the truth of the theory (Kuhn 1970; Lakatos 1978). For example, could the scientific consensus that all life forms resulted from evolution, result from a common anti-supernatural philosophical commitment, rather than from the adequacy of the evidence?
Laudan’s (1977) philosophy of science has similarities with that of Lakatos, but he uses the term research traditions instead of research programs. A research tradition is also evaluated by comparison with other research traditions, on the basis of its ability to increase scientific knowledge by predicting novel, previously unexpected, findings waiting to be discovered by diligent researchers.
The decisions as to whose philosophical concepts (Bacon, Popper, Kuhn, etc.) are better have been made primarily from study of the history of scientific ideas, how the participants in science evaluated those ideas, and how they made their choices between theories.
Institute for Christian Teaching Education Department, General Conference of Seventh-day Adventists 2nd Symposium on the Bible and Adventist Scholarship Juan Dolio, Dominican RepublicMarch 15-20, 2004 Leonard R. Brand, Ph.D.Professor of Biology and Paleontology Loma Linda University



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EPISTEMOLOGY OF FAITH AND LEARNING: A SYSTEMS APPROACH

According to Ken Badly (1994), Christian educators are too ambiguous in explaining what we mean by "integration of faith and learning" as an educational philosophy. His research has led him to believe that the concept of integration is of recent origin within the last half of the 20th century. He found that the term itself was merely implied in 1954 by Frank Gaebelien in Pattern of God's Truth. It then took 21 years before Arthur Holmes of Wheaton College, in The Idea of a Christian College (1975), "articulated what could properly be called a Christian conception of integration as part of his philosophy of education" (p. 17). Holmes describes the ideal pattern of integration of faith and learning as one of having "the entire educational enterprise viewed from a specific perspective" - namely the Christian worldview (p. 25).
However, this type of comprehensive integrative approach has been a primary goal of Adventist education since the 1890's (Knight, 2000). Recently, the Director of the General Conference Department of Education of the Seventh-day Adventist church reaffirmed this goal to be of central importance to the denomination's educational mission:
Adventist education's fundamental premise is this: God exists and is the source of all true knowledge...As the revealed and authoritative Word of God, the Scriptures provide the basis for the Christian worldview... God created human beings as integrated units of mind, spirit, and body... (Rasi, 2000, p. 4).
Even so, defining the principle does not ensure effective implementation. Attempts of educators to integrate faith and learning is often undermined by competing worldviews of how we define knowledge (epistemology). Professor Alvin Plantinga, a well-known Christian philosopher, has offered a three-point challenge for Christians to push beyond the boundaries of our culture's secular and materialistic worldview:
First, Christian philosophers and Christian intellectuals generally must display more autonomy - more independence of the rest of the philosophical world. Second Christian philosophers must display more integrity - integrity in the sense of integral wholeness, or oneness, or unity, being all of one piece. Perhaps 'integrality' would be the better word here. And necessary to these two is a third: Christian courage, or boldness, or strength, or perhaps Christian self-confidence. We Christian philosophers must display more faith, more trust in the Lord; we must put on the whole armor of God. (Plantinga, 2000)
Plantinga's call to 'integrality' is forcefully reflected in Scripture: "According as His divine power hath given unto us all things that pertain unto life and godliness, through the knowledge of Him that called us to glory and virtue" (2 Peter 1:3, KJV). We are to be men and women of "virtue" or as translated in the New International Version (NIV) "goodness" (arete). The biblical scholar Spiros Zodhiates defines this Greek word as meaning "... courage, fortitude, resolution; moral excellence" (1984, p. 1669). In this passage of Scripture, Peter continues this thought by using this same term as an imperative for us to diligently bring wholeness or "integrality" to our faith. However, it is not just faith and knowledge that are to characterize our integration and wholeness!
"...Giving all diligence, add to your faith virtue; and to virtue, knowledge [gnosis]; And to knowledge, temperance; and to temperance, patience; and to patience, godliness; And to godliness, brotherly kindness; and to brotherly kindness, charity. For if these things be in you, and abound, they make you that ye shall neither be barren nor unfruitful in the knowledge [episgnosis] of our Lord Jesus Christ. (2 Peter 1:5-8, KJV)
In this paper I will develop a systems approach to Christian epistemology. Initially I will briefly sketch the epistemologies of classics of theology and "progressive" education. Many philosophers within the early part of the 20th century "shared a commitment to the so-called scientific worldview... they accepted science as a model of knowledge and of rationality and, consequently, substituted philosophy of science for epistemology" (Hartmann & Lange, 2000, p. 76). I will show how these epistemologic models are too reductionistic and simplistic to adequately explain the process of knowledge acquisition. Furthermore, I will suggest a model "integrality" to divergent worldviews, beliefs, and human experiences.
Gary R. UremovichKettering College of Medical ArtsKettering, OHguremovich@aol.com 437-00 Institute for Christian Teaching12501 Old Columbia PikeSilver Spring, MD 20904 USA Prepared for the26th International Faith and Learning Seminarheld at the Geoscience Research Institute, Loma Linda, California, U.S.A.July 16-28, 2000




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jueves 25 de junio de 2009

Earth Day Network: Join A Billion Acts of Green!

Working with 17,000 partners in 180 countries under the banner of the Green Generation™ Earth Day Network is launching a worldwide education, action and media campaign connecting millions of individuals and catalyzing A Billion Acts of Green!
With events already being planned for Washington, D.C., London, Mumbai and Sydney, as well as others across the world, the week-long observance of Earth Day 40 is building momentum. During the two Global Days of Service (April 17th and 18th, 2010), millions of volunteers around the world will clean up parks and beaches, plant trees, recycle, and change light bulbs, generating A Billion Acts of Green. On April 22, the 40th anniversary of Earth Day, world citizens will commemorate a Global Day of Action by demanding a binding global climate change agreement from their governments. On April 25th, 2010, a Global Day of Celebration will honor and celebrate our volunteers' contributions and commitment to the environment with musical acts and speakers in 40 cities around the world.
1.-Athletes and Artists to Speak for the Earth
Earth Day Network is asking leading athletes from around the world to join our Athletes for the Earth campaign. Beginning with the 2010 Vancouver Olympics, where Earth Day Network will host a welcome center, Athletes for the Earth will involve athletes as spokespeople for Earth Day, harnessing their global voices to address climate change. Arts for the Earth will invite artists, dancers, filmmakers and others to produce art pieces and performances that highlight environmental themes.
2.-EPA Administrator Applauds EDN School Greenings
On, June 9th, Earth Day Network partner school Thomas Jefferson High School for Science and Technology (TJHSST) in Alexandria, VA unveiled a long-awaited 3.85 k/W solar panel system with EPA Administrator Lisa Jackson.
Earth Day Network-Sponsored Teachers Win National Honors
Several teachers who work with Earth Day Network have won prestigious national awards including: Barry Latham and Jill Krysinski at Bloom High School who each won BP's A+ for Energy Program's $10,000 grants, Donna Burrus and her students at Fayette Academy who were named Top National Energy Education Development (NEED) Senior School of the year, and Kevin Volk at Cesar Chavez Elementary was awarded a $10,000 grant from the Solar Schools Program.
3.-Greening Projects in Los Angeles and DC Connect Students with the Environment
Thanks to a generous grant from the Wal-Mart Foundation, EDN's Education team completed a school greening project at Belmont High School in central Los Angeles, CA on April 17, 2009. Greening projects included: Installing 85 "smart" powerstrips - in addition to implementing several hundred energy-efficient lightbulbs and the creation of a 2.1 k/W photovoltaic solar educational display to serve as a hands-on learning tool and power source for the school and local community.
On Tuesday, May 5th, 2009, EDN completed a school greening project at Thurgood Marshall Academy Public Charter High School (TMA) in Anacostia, Washington, DC. EDN and partners from the University of Phoenix and the National Audubon Society's TogetherGreenprogram worked with TMA teachers, students, and community volunteers to add several improvements to the school's building and grounds including: Conducting a US-EPA EnergySTAR Rating Program energy audit to show the benefits of school greening and allow teachers and students to track their energy generation and savings; and painting a large student-designed, non-toxic eco-mural to be hung on a prominent wall of the school.
4.-Millions Read About The No Idling Campaign
EDN's No Idling Campaign website, in partnership with the Clean Air Campaign, Inc. and sponsored by the UPS Foundation, has received over a million hits since its launch in February 2009, and over 1,000 material downloads by individuals across the U.S. and world. The brand new Green Your School website, has also been viewed by over 19,000 people as of May 31st with over 2,700 material downloads, giving students everywhere access to over 300 pages of information, lesson plans and student action plans on nearly every aspect of greening one's school. Join the movement to protect the air quality in and around our schools today!
5.-Earth Day Network Co-Sponsors Panel with Senator Murray and Senator Reed
On Friday, June 19th, Earth Day Network co-sponsored a panel titled "Preparing all Americans for the Opportunities of the New Green Economy: the Future of Environmental and Sustainability Education and Training." Sponsored by Senator Murray and Senator Reed, the panel of leading education experts addressed the need for all Americans to be prepared for the transition to the green economy through sustainability and environmental education and training.
6.-Adopt a Hero: Goldman Prize Now Lets Supporters Donate to their Favorite Projects
Just two months after Earth Day Network announced that Maria Gunnoe, our courageous, coal-fighting nominee for the 2009 Goldman Prize, had been a recipient of the honor, we have more good news: Goldman Environmental Prize and the Global Greengrants Fund have partnered to allow you to support the work of your favorite environmental advocates.
7.-Claim Your Zumbox
What happens when all mail can be sent and delivered online to any street address in a paperless form? That's the question Zumbox is answering. The company, which supported Earth Day on the National Mall 2009, has created a paperless postal system with a digital mailbox for every street address in the U.S.
Zumbox enables people to go paperless with all their postal mail - bills, statements, catalogs and more - thereby reducing their environmental impact. Zumbox users can even request exclusive paperless delivery, which notifies the individual mail sender of their preference. Welcome to Mail 2.0.
Join the paperless movement and claim your Zumbox today at http://salsa.democracyinaction.org/dia/track.jsp?v=2&c=0Q4ND%2BzimAbewEoJChiZ2rbPgJpytKm6.

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