Frutas certificadas: um novo mercado a ser trabalhado.

O sistema de Produção Integrada de Frutas (PIF) é constituído por um conjunto de práticas agronômicas selecionadas a partir daquelas disponíveis com comprovado benefício para a obtenção de produtos de melhor qualidade. É um sistema que gera alimentos seguros principalmente para o consumo humano, pois adota métodos de monitoramento (em todas as etapas do processo produtivo), análise de resíduos de agrotóxicos, além da utilização de tecnologias apropriadas, otimizando o modo de produção. Permite a rastreabilidade de toda cadeia, desde as áreas de cultivo até a mesa do consumidor, garantindo um diferencial de competitividade. Apesar dessas vantagens e da importância do sistema de Produção Integrada (PI) e dos esforços em sua divulgação, seu conceito é desconhecido pelo varejo e pelos consumidores finais, implicando numa baixa demanda de mercado e, consequentemente, num baixo índice de adesão e certificação pelos produtores por não vislumbrarem vantagens econômicas para implementar as mudanças tecnológicas na propriedade, requeridas pela PI.

2ª versão das Normas Técnicas Específicas (NTE) da Produção Integrada de Citros no Brasil.

A Grade de Agrotóxicos da PICitros é a lista contendo os produtos registrados no Brasil para o controle de pragas da cultura de citros, conforme a legislação vigente, tendo em conta a eficiência e seletividade dos mesmos, em relação a riscos de surgimento de resistência, persistência, toxicidade, resíduos em frutas e impactos ambientais (Marco Legal da PI, 2002).

Produção integrada viabiliza certificação de propriedades de lima ácida 'Tahiti' no norte de Minas Gerais.

A produção da lima ácida 'Tahiti' tem evoluído no país tanto na adoção de novas tecnologias como em maiores áreas plantadas pelos citricultores, fato esse diretamente ligado à crescente demanda de mercados externos por essa fruta. A região do Perímetro Irrigado de Jaíba (MG) é uma nova fronteira agrícola onde a lima ácida 'Tahiti' tem se tornado uma cultura de destaque em função das condições climáticas e pela presença de diversas instituições de apoio àagricultura, tanto públicas (Empresa de Assistência Técnica e Extensão Rural de Minas Gerais - Emater- MG, Embrapa, Serviço Nacional de Aprendizagem Rural - Senar-MG, Companhia de Desenvolvimento dos Vales do São Francisco e do Parnaíba - Codevasf, Distrito de Irrigação de Jaíba - DIJ, Empresa de Pesquisa Agropecuária de Minas Gerais - Epamig, Instituto Mineiro de Agropecuária - IMA, Federação da Agricultura e Pecuária do Estado de Minas Gerais - Faemg e Central Exportaminas) quanto privadas, a exemplo da Centraljai, importante central de associações de produtores de limão, que tem papel decisivo no beneficiamento e na comercialização da produção local, pois possui uma empacotadora sob sua responsabilidade. Entretanto, paralelamente à demanda crescente por essa fruteira, também crescem as exigências dos mercados importadores nos quesitos ambientais e sociais, em que a rastreabilidade da produção é fator preponderante para garantir sucesso na comercialização. Por isso, o sistema de Produção Integrada (PI) aparece como uma opção ideal à cadeia produtiva do limão 'Tahiti', pois é constituído por um conjunto de práticas agronômicas selecionadas a partir daquelas disponíveis, que asseguram a qualidade e produtividade da cultura e prioriza princípios baseados na sustentabilidade, em que se tem maior controle tanto na utilização dos recursos naturais como na regulação de insumos poluentes, a fim de possibilitar o correto monitoramento do processo e a verificação de todo o sistema.

Curso de nivelación para los alumnos de nuevo ingreso en la Escuela Universitaria de Arquitectura Técnica de la Universidad Politécnica de Madrid

En la Escuela Universitaria de Arquitectura Técnica de Madrid, se ha desarrollado un curso que cabe denominar de Nivelación. Incluyó un conjunto de actividades destinadas a lograr que los alumnos accedieran con éxito al mundo Universitario. Era un curso dirigido a los alumnos que una vez concluido el bachillerato y superadas las Pruebas de Acceso a Estudios Universitarios habían sido admitidos para cursar el primer curso de los estudios conducentes al título universi-tario oficial de Arquitecto Técnico. El curso ha sido impartido por profesores de la Escuela Universitaria de Arquitectura Técnica de la Universidad Politécnica de Madrid adscritos, respectivamente, a los Departamentos "EXPRE-SIÓN GRAFICA APLICADA A LA EDIFICACIÓN", "MATEMÁTICAS APLICADAS A LA ARQUITECTURA TÉCNICA" y "TECNOLOGÍA DE LA EDIFICACIÓN". Cada uno de los tres Departamentos concretó inicialmente las asignaturas y los temarios a des-arrollar sí bien a lo largo del proceso las enseñanzas se produjeron algunas modificaciones para una mejor adaptación del curso a las necesidades reales de los alumnos. En la ponencia se analizarán los avances y descubrimientos de los profesores en sus respectivos campos y se presentarán las conclusiones obtenidas así como las posibles modificaciones para futuras ediciones de cursos similares.

Asesoría en talla de piedras semipreciosas : Suárez, departamento del Cauca.

[39] hojas : ilustraciones, fotografías.

Productos de representación de las actividades tradicionales, religiosas y festivas de Ráquira elaboradas en cerámica.

14 hojas : ilustraciones, fotografías a color

Informe final de asesoría en diseño para el mejoramiento del producto e Implementación de empaque.

52 hojas : ilustraciones, fotografías.

SOVEREIGN: A Self-Organizing, Vision, Expectation, Recognition, Emotion, Intelligent, Goal-Oriented Navigation System

Both animals and mobile robots, or animats, need adaptive control systems to guide their movements through a novel environment. Such control systems need reactive mechanisms for exploration, and learned plans to efficiently reach goal objects once the environment is familiar. How reactive and planned behaviors interact together in real time, and arc released at the appropriate times, during autonomous navigation remains a major unsolved problern. This work presents an end-to-end model to address this problem, named SOVEREIGN: A Self-Organizing, Vision, Expectation, Recognition, Emotion, Intelligent, Goal-oriented Navigation system. The model comprises several interacting subsystems, governed by systems of nonlinear differential equations. As the animat explores the environment, a vision module processes visual inputs using networks that arc sensitive to visual form and motion. Targets processed within the visual form system arc categorized by real-time incremental learning. Simultaneously, visual target position is computed with respect to the animat's body. Estimates of target position activate a motor system to initiate approach movements toward the target. Motion cues from animat locomotion can elicit orienting head or camera movements to bring a never target into view. Approach and orienting movements arc alternately performed during animat navigation. Cumulative estimates of each movement, based on both visual and proprioceptive cues, arc stored within a motor working memory. Sensory cues are stored in a parallel sensory working memory. These working memories trigger learning of sensory and motor sequence chunks, which together control planned movements. Effective chunk combinations arc selectively enhanced via reinforcement learning when the animat is rewarded. The planning chunks effect a gradual transition from reactive to planned behavior. The model can read-out different motor sequences under different motivational states and learns more efficient paths to rewarded goals as exploration proceeds. Several volitional signals automatically gate the interactions between model subsystems at appropriate times. A 3-D visual simulation environment reproduces the animat's sensory experiences as it moves through a simplified spatial environment. The SOVEREIGN model exhibits robust goal-oriented learning of sequential motor behaviors. Its biomimctic structure explicates a number of brain processes which are involved in spatial navigation.

SOVEREIGN: An Autonomous Neural System for Incrementally Learning Planned Action Sequence to Navigate Towards a Rewarded Goal

How do reactive and planned behaviors interact in real time? How are sequences of such behaviors released at appropriate times during autonomous navigation to realize valued goals? Controllers for both animals and mobile robots, or animats, need reactive mechanisms for exploration, and learned plans to reach goal objects once an environment becomes familiar. The SOVEREIGN (Self-Organizing, Vision, Expectation, Recognition, Emotion, Intelligent, Goaloriented Navigation) animat model embodies these capabilities, and is tested in a 3D virtual reality environment. SOVEREIGN includes several interacting subsystems which model complementary properties of cortical What and Where processing streams and which clarify similarities between mechanisms for navigation and arm movement control. As the animat explores an environment, visual inputs are processed by networks that are sensitive to visual form and motion in the What and Where streams, respectively. Position-invariant and sizeinvariant recognition categories are learned by real-time incremental learning in the What stream. Estimates of target position relative to the animat are computed in the Where stream, and can activate approach movements toward the target. Motion cues from animat locomotion can elicit head-orienting movements to bring a new target into view. Approach and orienting movements are alternately performed during animat navigation. Cumulative estimates of each movement are derived from interacting proprioceptive and visual cues. Movement sequences are stored within a motor working memory. Sequences of visual categories are stored in a sensory working memory. These working memories trigger learning of sensory and motor sequence categories, or plans, which together control planned movements. Predictively effective chunk combinations are selectively enhanced via reinforcement learning when the animat is rewarded. Selected planning chunks effect a gradual transition from variable reactive exploratory movements to efficient goal-oriented planned movement sequences. Volitional signals gate interactions between model subsystems and the release of overt behaviors. The model can control different motor sequences under different motivational states and learns more efficient sequences to rewarded goals as exploration proceeds.

Archaeological Excavations at 18AP14: The Victualling Warehouse Site, 77 Main Street, Annapolis, Maryland, 1982 - 1984

The Victualling Warehouse Site, located at 77 Main Street in Annapolis, Maryland, was excavated by Archaeology in Annapolis during the summers of 1982 and 1983 and the fall of 1984. Funding was provided by Historic Annapolis, Incorporated (now Historic Annapolis Foundation), the University of Maryland, the Maryland Committee for the Humanities, and the Maryland Commission on the Capital City. This site has been used for commercial and residential purposes since the 1740's. During the Revolution the warehouses were used as a victualling office to supply American troops. A fire in 1970 destroyed these buildings and the present structure, also used as a store, was built about twenty years later. Over the three years of excavation, a total of 36 5 foot by 5 foot units were excavated revealing several features, including the foundations of one of the eighteenth century warehouses.

Final Report of the Phase III Archaeological Investigations at the Dr. Upton Scott House (18AP18), Annapolis, Anne Arundel County, Maryland, 1998-1999

In the summers of 1998 and 1999, the Archaeology in Annapolis project carried out archaeological investigation at the eighteenth century Dr. Upton Scott House site (18AP18)located at 4 Shipwright Street in the historic district of Annapolis, Anne Arundel County, Maryland. The Upton Scott House is significant as one of only a few Georgian houses with remnants of its original plantation-inspired landscape still visible (Graham 1998:147). Investigation was completed in agreement with the owners of the historic property, Mr. and Mrs. Paul Christian, who were interested in determining the condition and arrangement of Dr. Upton Scott’s well-documented pleasure gardens. Betty Cosans’ 1972 Archaeological Feasibility Report, the first real archaeological study of the Upton Scott House site, guided the research design and recovery efforts. Cosans determined that testing and survey in the back and side yards of the Scott property would yield important information on the use and history of the property, including that of Scott’s famous gardens. Excavation units and trenches were placed within three separate areas of backyard activity on the site which included Area One: extant brick stables in the southwest of the property; Area Two: the brick foundations of a small outbuilding located in the northwest area of the site; and Area Three: the area of Scott’s formal gardens. The research design included an interest in recovering evidence of African-American spiritual practice and domestic life at the site. Also of significant importance was an analysis of Scott’s garden beds, concerning the order and layout. Also sought was an understanding of the change in perception and use of the backyard by the various owners of the property.

A Summary of Archaeological Excavations from 1983-1986 at the Green Family Print Shop, 18AP29, Annapolis, Maryland

18AP29, the Green Family Printshop, also known as the Jonas Green site, was excavated from 1983 to 1986 by Archaeology in Annapolis and Historic Annapolis Foundation. The site is not only the home of a significant figure in colonial Maryland but is also the location of one of the first colonial printing operations in Maryland. This site represents an important pre-industrial business in Annapolis. While this domestic site is complicated and rich, one of the most fascinating aspect of 18AP29 is the discovery of a large quantity of printers' type. Extensive analysis of the printers' type and documentary research on one of the print shop's products, the colonial newspaper, the Maryland Gazette, provides insights into the print culture which was developing during the 18th and 19th centuries. This report summarizes the stratigraphic analysis, minimum vessel counts, and faunal analysis. It provides some description of the printers' type.

Results of the 1985 Excavations at Shiplap House (18AP30), 18 Pinkney Street, Annapolis, Maryland

The Shiplap House, 18AP30, located at 18 Pinkney Street, Annapolis, Maryland, was built ca. 1716. Located within the Historic District of Annapolis, Maryland (see Figures 2, 3, & 4 for site location within the Annapolis Historic District), the Shiplap House lies in immediate proximity to features of local and national importance. Due to its potential as a significant archaeological site, the Shiplap property was selected as one of the locations to be investigated during the 1985 summer Fieldschool in Urban Archaeology, a course offerred by the University of Maryland, College Park, under the direction of Dr. Mark P. Leone.

Report on Archaeological Investigations Conducted at the St. Mary's Site (18AP45), 107 Duke of Gloucester Street, Annapolis, Maryland, 1987-1990

In celebration of the 250th anniversary of the birth of Charles Carroll of Carrollton, Archaeology in Annapolis was invited to excavate the Carroll House and garden on 107 Duke of Gloucester Street in Annapolis, Maryland. The site, named the St. Mary's Site (18AP45) for the Catholic church on the property, is currently owned by the Redemptorists, a Roman Catholic congregation of priests and brothers who have occupied the site since 1852. Prior to the Redemptorists' tenure, the site was owned by the Carroll family from 1701-1852 and is perhaps best known as the home of Charles Carroll of Carrollton (1737-1832), signer of the Declaration of Independence. Excavations at the site were conducted during four consecutive summer seasons from 1987-1990. The investigation focused on three research questions. The first line of inquiry were questions surrounding the dating, architectural configuration, and artifact deposits of the "frame house," a structure adjoining the west wall of the brick Carroll House via a "passage" and later a three story addition. The frame house was partially demolished in the mid-nineteenth century but the construction was thought to pre-date the brick portion of the house. The second research question was spurred by documentary research which indicated that the property might have been the location of Proctor's Tavern, a late 17th-century tavern which served as the meeting place of the Maryland Provincial Assembly. Archaeological testing hoped to determine its location and, if found, investigate Annapolis' early Euro-American occupation. The third research question focused on the landscape of the site as it was shaped by its occupants over the past three hundred years. The research questions included investigating the stratigraphy, geometry, and architectural and planting features of Charles Carroll of Carrollton's terraced garden built during the 1770s, and investigating the changes to the landscape made by the Redemptorists in the nineteenth and twentieth centuries. While no structural evidence associated with Proctor’s Tavern was uncovered during limited excavations along Spa Creek, the historic shore of Spa Creek was identified, buried beneath deep fill deposits laid down during construction of the Carroll Garden. Features and deposits associated with this period likely remain intact in a waterlogged environment along the southeastern sea wall at the St. Mary’s Site. Evidence of extensive earth moving by Carroll is present in the garden and was identified during excavation and coring. This strongly suggests that the garden landscape visible at the St. Mary’s Site is the intact Carroll Garden, which survives beneath contemporary and late nineteenth century strata. The extant surviving garden should be considered highly sensitive to ground-disturbing activities, and is also highly significant considering demonstrable associations with the Carroll family. Other garden-related features were also discovered, including planting holes, and a brick pavilion or parapet located along Spa Creek to the south of the site. The Duke of Gloucester Street wall was shown to be associated with the Carroll occupation of the site. Finally, intensive archaeological research was directed at the vicinity of a frame house constructed and occupied by the Carrolls to the east of the existing brick house, which was replaced by the Redemptorists in the nineteenth century with a greenhouse. These superimposed buildings were documented in detail and remain highly significant features at the St. Mary’s Site.

"It is Quietly Chaotic. It Confuses Time"*: Final Report of Excavations at the Bordley-Randall Site in Annapolis, Maryland, 1993-1995 (18AP50)

*This extract is from Gay P. Crowther's description of the Randall Court pathway (Cowther 1985).