Environmentallyextended input-output analysis(EE-IOA) focuses on the biophysical and monetary interrelations between economic sectors. It linksproduction, consumption and environmental stressors within and across countries. EE-IOA goes back to the work of Wassily Leontief (Fig2)86and has been proposed early on as a means to “integrate the world of commodities into the larger economy of nature”87

Let’s deepen this ability to hold paradox. Consider holding multiple physicaland temporal layers in mind simultaneously—when you eat lunch, such as aspinach salad, consider the connectedness of you, the spinach you’re eating,and the ground from which it grew. When you eat the spinach, it is no longe

Lad os først analysere digtet "A" af Yahya Hassan, og derefter vil jeg give enperspektivering til Tove Ditlevsens "Barndommens Gade"

Lad os gå igennem digtet "Barndommens Gade" strofe for strofe og foretage enuddybende analyse

Denne analyse gennemgår digtet strofe for strofe og udforsker de forskellige temaer, billeder ogsproglige virkemidler, der anvendes af Tove Ditlevsen i "Barndommens Gade"

Her er en analyse af Tove Ditlevsens digt "Barndommens Gade" med fokus på desproglige virkemidler:

Her er en mere dybtgående gennemgang af hendes litterære stil oghendes betydning for dansk litteratur:

Her er nogle analyse- og diskussionsspørgsmål om Tove Ditlevsens digt "BarndommensGade", der er tilpasset til 6. klasse:

Her er et forslag til etundervisningsforløb

Gennem disse aktiviteter kan eleverne udvikle deres forståelse af symbolisme og metaforersamt deres evne til at analysere og tolke litterære tekster på en dybere måde.

Her er nogle forslag til aktiviteter, der kan hjælpe med at introducere ogudforske disse litterære begreber

Her er etforslag til en optimal kapitelinddeling

Disse metaforer er blot nogle få eksempler på den rige og symbolske sprogbrug, som ToveDitlevsen anvender i "Barndommens Gade"

Her er nogle eksempler:

Her er nogle forslag til undervisningsaktiviteter, der kan hjælpeeleverne med at forstå og analysere romanen

Yet it can be deceivingly difficult to properly encode (user) input

When processing untrusted user input for (web) applications, filter the input, and encode the output.

You don't "sanitize your output" you encode it for proper context within the application it is being presented. You encode the output for HTML, HTML Attribute, URL, JavaScript

When you output the data, you know the use case of the data. This knowledge allows you to safely sanitize the output data accordingly.

I would call this output encoding instead of sanitization

1- Validation: you “validate”, ie deem valid or invalid, data at input time. For instance if asked for a zipcode user enters “zzz43”, that’s invalid. At this point, you can reject or… sanitize. 2- sanitization: you make data “sane” before storing it. For instance if you want a zipcode, you can remove any character that’s not [0-9] 3- escaping: at output time, you ensure data printed will never corrupt display and/or be used in an evil way (escaping HTML etc…)

Process Substitution

Previously, intensity-dependent metabolic changes have been found with positron emission tomography and blood oxygen level dependent magnetic resonance imaging after TMS to motor/prefrontal cortex; bilateral motor/prefrontal and auditory activation is induced, which becomes stronger with increasing pulse intensity [Bohning et al.,1999,2000; Fox et al.,1997; Nahas et al.,2001; Siebner et al.,1999; Speer et al.,2003]. However, these results are not directly comparable with our EEG findings. Arising a few seconds poststimulus, metabolic changes reflect relatively long-lasting activity of interconnected neuronal networks, whereas we were interested in the TMS-evoked events that occurred within a fraction of a second.