Lei de acesso à informação (LAI) : investigação da transparência nos três Poderes

A Lei 12.527/2011, Lei de Acesso à Informação (LAI), representa um avanço na disponibilização da informação pública pelos órgãos governamentais, de maneira a promover a transparência das ações e a consolidação da cidadania. Este artigo tem como foco a observância do atendimento dos preceitos de transparência ativa pelos sítios oficiais de órgãos públicos federais dos Poderes Executivo, Legislativo e Judiciário.

杜奧定先生東來渡海苦跡Du ao ding xian sheng dong lai du hai ku ji.Vie du P. Augustin Tudeschini (1598-?).

Par le P. Étienne le Fèvre (1598-1659).

細思將來審判Xi si jiang lai shen pan.

Réflexions sur le jugement à venir.82 feuillets.

未來辯論Wei lai bian lun.

Contre la divination.Par le P. Brancati, avec autorisation du P. da Cunha. Préface incomplète.6 feuillets.

Introduction to LAI

Why LAI? How does LAI work? What use is LAI to others? How far has LAI come and where will we go next?

Effective LAI and CHP of a single tree from small-footprint full-waveform LiDAR

This letter has tested the canopy height profile (CHP) methodology as a way of effective leaf area index (LAIe) and vertical vegetation profile retrieval at a single-tree level. Waveform and discrete airborne LiDAR data from six swaths, as well as from the combined data of six swaths, were used to extract the LAIe of a single live Callitris glaucophylla tree. LAIe was extracted from raw waveform as an intermediate step in the CHP methodology, with two different vegetation-ground reflectance ratios. Discrete point LAIe estimates were derived from the gap probability using the following: 1) single ground returns and 2) all ground returns. LiDAR LAIe retrievals were subsequently compared to hemispherical photography estimates, yielding mean values within ±7% of the latter, depending on the method used. The CHP of a single dead Callitris glaucophylla tree, representing the distribution of vegetation material, was verified with a field profile manually reconstructed from convergent photographs taken with a fixed-focal-length camera. A binwise comparison of the two profiles showed very high correlation between the data reaching R2 of 0.86 for the CHP from combined swaths. Using a study-area-adjusted reflectance ratio improved the correlation between the profiles, but only marginally in comparison to using an arbitrary ratio of 0.5 for the laser wavelength of 1550 nm.

Commentary: not just genes - reclaiming a role for environmental influences on aetiology and outcome in autism. A commentary on Mandy and Lai (2016)

Mandy and Lai (2015) do the field a service in 'reclaiming' the role of pre- and postnatal environmental influences on the aetiology and course of autism spectrum conditions (ASC). This follows several decades where now discredited theories about putative psychogenic and biological disease models held sway, not least in the public mind. We discuss issues that arise from their review; including the need to identify how large the environmental influences on ASC are likely to be; the specificity of these environmental influences to ASC as opposed to a broader range of neurodevelopmental conditions and outcomes; how best to study complex interactions between genetic and environmental influences; and the promise of novel insights into their mechanisms of action. The review highlights current research that aims to better our understanding of the role of environmental factors in the aetiology and course of ASC and, in the near future, may offer the potential for personalised medicine approaches to intervention based on these discoveries.