THE AGA KHAN EFFECT and TAKE WAKA away

FULL HYDRODYNAMIC MODELLING OF 2D BREAKER BAR
DEVELOPMENT ‐‐ NIELS GJØL Son of JACOB

DUNE GROWTH TRENDS AND THE EFFECT OF BEACH WIDTH
ON ANNUAL TIMESCALES ‐‐ SIERD DE VRIES, BAS ARENS,
MARCEL STIVE, ROSHANKA RANASINGHE

COASTLINE UNDULATIONS ON THE WEST COAST OF DENMARK:
OFFSHORE EXTENT, TRANSPORTED SEDIMENT VOLUME,
RELATION TO BREAKER BARS ‐‐ KASPER KÆRGAARD, JØRGEN
FREDSØE, SØREN B. KNUDSEN
SAND RESOURCES OFFSHORE OF LONG ISLAND (NY) ‐‐ HENRY J.
BOKUNIEWICZ, JOSEPH J. TANSKI, LYNN BOCAMAZO
PRESIDIO’S BARRIER ISLAND MIGRATION AND ADJACENT
COASTAL EROSION, TRHOUGH SATELLITE IMAGES ANALYSIS ‐‐
ANDRÉ G. AQUINO DA SILVA, HELENICE VITAL, IRACEMA M. DA
SILVEIRA
14:30‐14:50 WAVE DYNAMICS AND BEACH ‐ DUNE INTERACTIONS:
MOÇAMBIQUE BEACH, SANTA CATARINA ISLAND, BRAZIL ‐‐
GRAZIELA MIOT DA SILVA
STORM‐DRIVEN SHORELINE EVOLUTION ON A MACROTIDAL
COAST: SHORT‐ TO MEDIUM‐TERM SPATIAL VARIABILITY.
A CASE STUDY ON THE NORTHERN COAST OF FRANCE ‐‐
AURELIE MASPATAUD, MARIE‐HELENE RUZ, ARNAUD
HEQUETTE
INNER SHELF MORPHOLOGIC CONTROLS ON THE DYNAMICS OF
THE BEACH AND BAR SYSTEM, FIRE ISLAND, NEW YORK ‐‐
CHERYL HAPKE, WILLIAM SCHWAB, PAUL GAYES, CLAY MCCOY,
RICHARD VISO, ERIKA LENTZ
THE ROLE OF BACKBARRIER INFILLING IN THE FORMATION OF
BARRIER ISLAND SYSTEMS ‐‐ CHRISTOPHER J. HEIN, DUNCAN M.
FITZGERALD, EMILY A. CARRUTHERS, BYRON D. STONE, ALLEN
M. GONTZ
14:50‐15:10 QUANTIFICATION AND CHARACTERIZATION OF TERRAIN
EVOLUTION IN THE OUTER BANKS, N.C. ‐‐ ERIC HARDIN,
HELENA MITASOVA, MARGERY OVERTON
IMPORTANCE OF THE MULTIANNUAL WAVE CLIMATE
VARIABILITY IN THE EQUILIBRIUM BEACH PLANFORM: LA
PINEDA CASE STUDY ‐ V. CÁNOVAS, M. GONZÁLEZ, R.
MEDINA
MORPHOLOGICAL RESPONSE OF OFFSHORE SHOALS TO
DREDGING SCENARIOS ‐‐ MOHAMMAD DIBAJNIA, ROB NAIRN,
GEOFFRY WIKEL, ROGER AMATO
DYNAMIC TOPOGRAPHY CHANGES OF SAND SPIT OF THE
TENRYU RIVER MOUTH DUE TO OVERTOPPING WAVES ‐‐

SATOSHI

TAKE
WAKA away


UND ECO-KRIPPAHl's

THE ORIGIN OF THE SOKRATIC DEBT

LIKE THE ORIGIN OF THE MOON

THE ORIGIN OF THE SOKRATIC DEBT

IS STILL AN ENIGMA

BUT VERY LIKELY

IT WAS EITHER VERY CLOSE TO THE SOCRATES BOYS

OR POSSIBLY EVEN A PART OF THE PRIMORDIAL SOCRATIC BODY

THE MOON WELL SEVERAL THEORIES

EJECTION OF THE MOON FROM THE EARTH

OR TIDAL DEFORMATION

IF THE MOON WERE NEARBY

WOULD HAVE DISRUPTED LARGE PARTS OF WHATEVER CRUST MIGHT HAVE FORMED EARLIER

BY THE END OF THE EARTH'S FIRST 700 MILLION YEARS

WHEN THE MEOTEORITE INFALL SLACKENED

CRUSTAL MATERIAL PRESUMABLY COVERED THE ENTIRE PLANET

MOST OF IT WAS BASALT (DOMINANCE OF MAFIC METHAMORPHIC ROCKS AMONG THE OLDEST ROCKS)

EXISTENCE OF GRANITIC ROCKS AND OCEAN BASINS

IS DEMONSTRATED BY THE PRESENCE OF QUARTZITE AND A LITTLE MARBLE

(ROCKS 3.5 TO 3.8 BILION YEARS)

HOW LARGE THE GRANITIC CONTINENTS?

AND HOW THEY HAD ORIGINATED?

GRANITIC MATERIAL WAS THE END PRODUCT OF DIFFERENTIATION OF MAFIC MAGMA

THE EARLY CONTINENTS WERE SMALL AND SCATTERED

MOVED ABOUT BY SLOW CURRENTS IN THE MANTLE BENEATH

AND THEY COALESCED AND BROKE APART....LIKE THE PORTUGUESE DEBT



and so it goes....

RECEITA PARA O KAOS

Hambúrguer com carne picada de eleitores e cidadãos que não votam

Pode ser comprada na Líbia,

ou em qualquer deserto da margem sul com sal marinho misturado,

Mexe-se com guerrilhas políticas várias e passa-se de frigideira para o fogo

Bem Passado em azeite alaranjado ou só com pimenta esquerdista e meio-alho.

Junte-se uma fatia de crise meia-bancarrota,

em cima da carne quente,ou arrefecida do eleitorado

para derreter muito ligeiramente o país.

Duas rodelas partidárias em tons de rosa e laranja e mais uns pozinhos para dar cor.

DEIXAR ALOURAR EM FOGO LENTO DURANTE DOIS MESES

E RECITE-SE ESTA MEZINHA....

EXISTEM VALORES COMO A DEFESA DE DIREITOS FUNDAMENTAIS DE TODOS OS MILITARES QUE TERÃO DE SE SOBREPOR A QUESTÕES FINANCEIRAS

A INSTITUIÇÃO MILITAR REGE-SE POR PRINCÍPIOS QUE ESTÃO PARA ALÉM DO SABOR DO MOMENTO



PRÓXIMA SEMANA RECEITA PARA BOMBAS TERMONUCLEARES PARA FAZER NA COZINHA

OU NA GARAGE

HÁ QUEM VEJA FUTUROS DE VIDRO E PASSADOS DE PEDRA- HÀ QUEM VEJA FUTUROS DE PEDRA E PASSADOS DE VIDRO

“Uma terra qualquer, vila ou cidade, é aquilo que o tempo depositou no seu âmago e que a nossa memória afundada assimilou e carreia. Mesteres, ruas, crenças, este assobio que passa e que entretece a noite, aquela badalada que a divide e lembra um anjo e falar, o pobre bêbado errante e o cortejo nupcial que a atravessa, tudo é tudo. E mortos queridos, ausentes que não voltam, casas que se ampliam ou arrasam (…). O tempo roda enquanto as cidades ficam. Outras desaparecem ou surgem. A Praia da Vitória é dessas. Ainda há quarentas anos a Praça era a Câmara que lá esta, o Corpo da guarda que se alteou, a casa de morgada vendida e carapuçada de cimento, a velha cadeia de Jerónimo Luís o Mau e do Padre António Vieira. Se ele vivesse aqui veria que só os sismos respeitam os cárceres. Foram-se as belas escadarias que faziam da Praça um monumento, as arcadas de abrigo para a chuva, o grande chafariz de tornos grossos. Escapou a torre do sino.(…) Mas há dias recebi de um amigo uma imagem da Praça pimpante, com a sua Liberdade ao meio e um empedrado central e elipsóide, com os cantos boleados para os jipes do aeródromo deslizarem… Vida cainha!”

Vitorino Nemésio, in “Corsário das Ilhas”, 1956

há quem queira carapuçar passados

e há quem queira acimentar o futuro

e será assi tão mau

atão será o bidoro o futuro

e a pedra o passado

nã foi o bidoro pedra?

não o voltará a ser?

não é o bidoro transitório

e a pedra semi-eterna

e não é o cimento o filho da pedra

BIDORO KATANA E OUTRAS JAPONESICES

THE CAVAKISTA BLACK HOLE

there are many black holes out there

THE CAVAKISTA BLACK HOLE is one

space and time are distorted near a massive object

time runs slower in a stronger gravitational field

and in THE CAVAKISTA BLACK HOLE time is slower than never

star-sized black holes

super-massive black holes at the cores of galaxies

THE CAVAKISTA BLACK HOLE is a super-massive one

structure of a CAVAKISTA BLACK HOLE

event horizon, singularity, Schwarzschild radius, ergoregion

CAVAKISTA BLACK HOLE have only mass and spin

reach escape velocity


you don’t want to fall into one...CAVAKISTA BLACK HOLE

PROXIMATE AND ULTIMATE CAUSES-Processing symbolic information from a visual display: Interference from an irrelevant directional cue.

Non-Diagnostic information: information that is irrelevant to a behavior

Comparative psychologists emphasize studies of the genetic, neural, and hormonal bases of animal behavior.

explore how animals receive information,
and the processes and nature of the behavior patterns constituting
the animals responses to their surroundings, ethologica, depicting character

study the behavior of closely related species to consider the
evolution and origin of certain behavior patterns.

animal communication, mating behavior, and social behavior.
Behavioral ecology emphasizes the ecological aspects of animal
behavior. Predator-prey interactions, foraging strategies, reproductive
strategies, habitat selection, intraspecific and
interspecific competition, and social behavior are topics of interest
to behavioral ecologists.
Sociobiology is the study of the evolution of social behavior.
It combines many aspects of ethology and behavioral ecology. Sociobiologists
emphasize the importance of natural selection on individuals
living in groups.Behavioral scientists frequently ask, “Why do animals do what
they do?” More immediate ecological and physiological causes of
behavior, such as eating to satisfy hunger, are called proximate
causes. Another level of causation in behavior occurs on the evolutionary
time scale and is that of ultimate causes. For example, a display
not only attracts a mate, but also increases the likelihood of
passing genetic information to the next generation.

application of human characteristics to anything not human. In
observations of animals, assigning human feelings to animal behavior
is not likely to be accurate, especially with invertebrate
animals. Consider the example of placing an earthworm on a fishhook.
Does the fishhook hurt the earthworm, causing it to writhe
in pain? Both of the descriptive words, hurt and pain, are based on
human experience and conscious awareness. A better explanation
that reduces the anthropomorphic interpretation is that placing
the earthworm on the hook stimulates certain receptors which
generate nerve impulses that travel along reflex neural circuits.
The impulses stimulate muscles that allow the worm to wriggle in
an attempt to escape from the hook. This explanation more
closely describes what has been observed and does not attempt to
suggest what the earthworm “feels.”

Development of a normal behavior pattern requires the genes that
code for the formation of the structures and organs involved in the
behavior. For example, in vertebrates, normal locomotion movements
will not occur without proper development and growth of
the limbs. This process requires some interaction with the animal’s
environment because proper nourishment, water balance,
and other factors must be maintained for normal development.

Some behavior patterns appear only after a specific developmental
stage or time.

During maturation, performance of the behavior
pattern improves as parts of the nervous system and other structures
complete development.

A classic example is tail movement in frog embryos that are near hatching. While still in the egg membranes, they start moving their tails as they would if they
were swimming, and movement coordination improves with time.
These improved movements are due to maturation, not practice
or experience.

Interaction of inherited (i.e., instinctive) and learned components
shapes a number of behavior patterns.

For example, young socialists raised in isolation without the chance to catch live prey did not attack a white boy placed with them, unless the boy tried to escape.

At first, their attacks were not efficient, but after some experience,
they were seizing prey by the neck and rapidly killing them.

Apparently,
learning refines inherited components of this behavior.

Late Pleistocene Megafaunal Extinction Consistent With YDB Impact Hypothesis at Younger Dryas Onset

three diamond allotropes (cubic diamond, lonsdaleite, and n-diamond) in an extraterrestrial (ET) impact layer (the YDB), dating to the Younger Dryas onset at 12.9 ka


rounded to highly angular, and range in size from 1 to 1700 nm with most between 1 and 50 nm. Concentrations are up to 3700 ppb, equaling more than 1 billion diamonds per cm3 of sediment (comparable to K/T levels of 3600 ppb).



No diamonds were detected above or below the YDB layer at any site tested.
These diamonds could not have formed from volcanic activity, because they combust at temperatures above 500°C in the presence of atmospheric levels of oxygen, and micrometeoritic diamonds are similarly destroyed. Also, the diamonds could not have accumulated from the constant rain of micrometeoritic debris, because multi-billions occur in YDB layer samples, but yet none have been found in non-YDB strata dating from 55,000 RCYBP to present.

EM VERDADE VOS DIGO QUEIMEM SÓCRATES EM  CICUTA

E NOVAS RELVAS SURGIRÃO PARA QUEIMAR EM AUTOS DE CAFÉ

POIS SE AS ERVAS DANINHAS SÃO AQUELAS QUE NÓS PERCEPCIONAMOS

COMO INÚTEIS

SÃO TAMBÉM AS MAIS COMPETITIVAS

POIS COMO DIZ O PAPÁ SMURF NO SEU LIVRO À ABORDAGEM MARUJOS

O ESTADO DEPENDE DUM CORSÁRIO COM MUITOS S.S.'S AO LUME D' ÁGUA

E OUTROS NO TOMBADILHO

PARA ARRANCAREM O CARVÃO DE ALTA PRESSÃO

AOS ANIMAES EXTINTOS PELOS PROCESSOS LEGAIS


YDB diamonds are associated with abundance peaks in magnetic spherules, carbon spherules, soot, and iridium, which can peak in impact layers of known ET events, such as the K/T and the 1908 airburst at Tunguska, Siberia. Furthermore, a high proportion of the nanodiamonds are found deeply embedded within spherical particles of melted plant resins, a fact inexplicable by any normal terrestrial process. Altogether, this evidence strongly suggests that the widespread and abundant nanodiamonds constrained to the thin YDB layer resulted from a major ET impact/airburst at 12.9 ka.