Results 1 to 10 of about 11 (11)

Field performance of "marsh seedless" grapefruit on trifoliate orange inoculated with viroids in Brazil Desempenho do pomeleiro "marsh seedles" enxertado em trifoliata inoculado com viróides no Brasil

Scientia Agricola, 2007
Some viroids reduce citrus tree growth and may be used for tree size control aiming the establishment of orchards with close tree spacing that may provide higher productivity than conventional ones.
Eduardo Sanches Stuchi, Simone Rodrigues da Silva, Luiz Carlos Donadio, Otávio Ricardo Sempionato, Eduardo Toller Reiff   +4 more
doaj   +1 more source

Índices de recuperação de microenxertos de diferentes espécies e variedades de citros.

Ornamental Horticulture, 2007
A susceptibilidade dos citros a doenças sistêmicas, causadas por vírus, viróides e bactérias, torna de extrema importância a aplicação de técnicas de limpeza clonal, visando a recuperação de clones sadios para utilização como matrizes.
Luis Fernando Carvalho Silva, Sérgio Alves de Carvalho, Francisca Alves dos Santos, Marcos Antonio Machado   +3 more
doaj   +1 more source

Um rápido teste de campo para exocorte [PDF]

Bragantia, 1963
Procurando encontrar um teste de campo rápido e prático para identificar a presença do virus da exocorte em plantas cítricas, foram feitas sôbre-enxertias no viveiro e no pomar em plantas portadoras do virus, usando borbulhas de limoeiro cravo e de trifoliata.
openaire   +3 more sources

SEGREGAÇÃO NATURAL DE VIRÓIDES DOS CITROS DETECTADA NA INDEXAÇÃO BIOLÓGICA E BIOQUÍMICA E CONFIRMADA PELOS SINTOMAS DE PLANTAS DE CAMPO

Revista Brasileira de Fruticultura, 2001
Estudaram-se os procedimentos de indexação biológica e bioquímica em um experimento de avaliação do uso de viróides como agentes ananicantes para pomeleiro 'Marsh Seedless'.
STUCHI EDUARDO SANCHES, DONADIO LUIZ CARLOS, SEMPIONATO OTÁVIO RICARDO   +2 more
doaj  

LOCUS Architecture: Public Overview of Governed Exocortical Delegation

LOCUS Architecture is a cognitive architecture for governed exocortical delegation. It distinguishes delegable computational capacity — Potentia — from non-delegable executive authority — Potestas — and defines the LIMES as the threshold at which determined execution ceases to be sufficient and executive authority must return to
openaire   +1 more source

LOCUS CORE: Human Executive Locus Architecture for Governed Exocortical Systems

LOCUS CORE specifies the constitutional architecture of governed exocortical delegation. It distinguishes delegable capability — Potentia — from non-delegable executive authority — Potestas — and defines the LIMES as the threshold at which determined execution ceases to be sufficient and the active exercise of Potestas must be ...
openaire   +1 more source

LOCUS CORE: Cognitive Governance for Exocortical Delegation

LOCUS Architecture is an integrated cognitive framework designed to govern human-AI delegation. It addresses a structural risk that precedes alignment and safety: the silent erosion of human executive authority through frictionless cognitive offloading.
openaire   +2 more sources

The Human Executive Locus Model (HELM): A Constitutional Architecture for Exocortical Delegation

The central failure mode of exocortical systems is not insufficient machine capability, but executive displacement. As artificial systems become increasingly capable of interpreting, planning, routing, summarizing, and recommending on behalf of humans, the primary challenge is no longer computational power alone, but the preservation of human executive
openaire   +2 more sources

Exocortical Cognition: Heads in the Cloud - A transdisciplinary framework for augmenting human high-level cognitive processes

2016 IEEE International Conference on Systems, Man, and Cybernetics (SMC), 2016
openaire   +1 more source

Exocortical Cognition: Heads in the cloud.

openaire   +1 more source