RESOURCES OF CHEMICAL-ICT: WATER, HEALTH AND SYMMETRY

Last Update 23/ 11/ 2002

in English/ in Esperanto/ in Portuguese

Frame study for the course to be presented during the XVI Regional Meeting of the Brazilian Chemical Society (XVI ERSBQ-MG) in Vicosa, Minas Gerais, Brazil, from 18-20/11/2002. The theme of the meeting is "Quality of the waters: a social question", by Roberto A. Mueller.
 
SECTIONS GRAPHICS
Introduction  
Human Development Index  
Graphic resource  
Population and area 8
Water production 13
Water utilization 8
Irrigation 6
Health and expenses 9
Data acquisition  
Data organization  
Education  
Comments  

Introduction

In this course the interactive technique developed in chemical teleeducation will be used due to its high educational efficiency.
More than 5,700 data of 169 countries are presented, organized in 44 graphics of different sources, all ordered according the Human Development Index (HDI) as in the Report of 2000, published in Portuguese, by Trinova Editora, Rua das Salgadeiras, 36-2 Esq., 1200, Lisbon, Portugal.

The symmetry will naturally appear after data and respective HDI comparison.

Human Development Index (HDI)

HDI is the sum of the human development measurement items, as presented below.


Graphic resource

The  44 graphics are uniformly organized for user convenience. An orange banner on the top of the graphics displays its title. Below that follows a yellow banner informing the data range and its unit. The x co-ordinate of the cursor may be used to quick find data related to any particular country across graphics since all countries are represented at same relative positions in all applications. The name of any particular country and its correspondent datum are displayed in the status bar at the bottom of the browser whenever the mouse is in push and drag action over the position indicated by the cursor on the graphic. Different data set can be selected on the menu at the right side of the figure. A mouse click on the menu will display the corresponding graphic. Any new graphic is marked by a grey line when selected for the first time. This enables the follow-up of any adopted sequence of selections. Five chapters are able to store selected graphic information, as can be observed in the table on the top of this page. All the data is in integers, the display for any missing data is just -1.

Population and area

Presentation of population and cultivated area of the Planet ordered in 8 graphics according to the HDI sequence for each of the 169 countries organized as explained in graphic resource.

The 8 graphics are: total population, urban population, rural population, demographic density, arable area, permanent crops area, rural demographic density, percent area of arable and permanent crops.

Bibliography
Aquastat - FAO's Information System on Water and Agriculture. http://www.fao.org/waicent/faoinfo/agricult/agl/aglw/aquastat/dbase/index.htm


Water production

Presentation of different kinds of water production in the Planet ordered in 13 graphics according to the HDI sequence for each of the 169 countries organized as explained in graphic resource.

The 13 graphics are: surface water produced internally, ground water produced, total internal renewable water source, average precipitation (in volume), reused treated water and desalinated water. Plus all the previous in "per capita" form. And average precipitation in mm/year is also there.

The unusual precipitation per capita study is here included to discuss mean social aspects of precipitation.

Bibliography
Aquastat - FAO's Information System on Water and Agriculture
http://www.fao.org/waicent/faoinfo/agricult/agl/aglw/aquastat/dbase/index.htm


Water utilization

Presentation of water utilization in the Planet ordered in 8 graphics according to the HDI sequence for each of the 169 countries organized as explained in graphic resource.

The 8 graphics are: total water use, industrial water use, domestic water use, agricultural water use, water use per area of arable and permanent crops, domestic water use per capita, irrigated crops and irrigated grain production.

Please note the very important domestic water use per capita related to social production, health and life quality.

Bibliography
Aquastat - FAO's Information System on Water and Agriculture
http://www.fao.org/waicent/faoinfo/agricult/agl/aglw/aquastat/dbase/index.htm


Irrigation

This chapter is dedicated to the Federal University of Vicosa (UFV), traditionally an agricultural university, where XVI-ERSBQ will be lodged

Chemistry students may not be familiar with irrigation systems. Figure 1 and 2 will give a first insight for sprinkler and surface irrigation.


Figure 1. Sprinkler irrigation.


Figure 2. Surface irrigation.

Presentation of irrigation in diverse systems in the Planet ordered in 6 graphics according to the HDI sequence for each of the 169 countries organized as explained in graphic resource.

The 6 graphics are: a first group on irrigation area irrigated with: surface water, ground water and non conventional source of water. And the second group: surface, sprinkler and micro irrigation.

Bibliography
Aquastat - FAO's Information System on Water and Agriculture
http://www.fao.org/waicent/faoinfo/agricult/agl/aglw/aquastat/dbase/index.htm


Health and expenses

Presentation of health, education and related data in the Planet ordered in 9 graphics according to the HDI sequence for each of the 169 countries organized as explained in graphic resource.

The 9 graphics are: cholera reported to WHO, malaria in 1997, campylobacter from diarrhoea specimens from under-5-years-olds, population using adequate sanitation facilities (1999), population using improved water sources in 1999, public expenditure on education (1995-1997), public expenditure on health (1998) ,  scientists and engineers in R&D (1987-1997) and mean years of schooling, age 15 and above (2000).

Please note the symmetry related to malaria, domestic water use per capita and mean years of schooling.

Bibliography
Human Development Report 2001 (HDR-2001)
http://www.undp.org/hdr2001

Cholera Cases Notified to WHO, 1998
http://www.who.int/emc/diseases/cholera/choltbl1998.html

OMS (WHO) Copenhagen, Denmark, 21-25 November 2000
http://www.who.int/emc-documents/zoonoses/docs/whocdscsraph20017.pdf


Data acquisition

In this chapter a brief explanation of the assembly work involved to accomplish this page will introduce the student into some aspects of the involved technique.

The original data transferred from Aquastat tables are similar as showed in figure 3. Integers and floating point variables are mixed with other characters. The minus character was added  for didactical reasons to this position just to show how the original source announces a missing value.


Figure 3. Aspects of the original tables.

Data in suitable format was arranged as observed in figure 4 by a fortran program. Here the data are recorded as integers, adopted for all the 169 countries. The lack of  "total internal renewable water resources" for Algeria was introduced in the figure just for didactical purposes, to show its representation by -1.


Figure 4. Computer ordered data table for visual survey.

The initial part of the 4 lines for the precipitation in mm/year data as used in the array for one of the graphics can be observed in figure 5. Minus one is the notation for the absent datum. This table was prepared by a fortran program.


Figure 5. Small section of one of the data arrays used in the application program.

Data organization

The scale factor calculation for the graphic construction demands the determination of the biggest value to be plotted. This was accomplished after ordering each set of 169 values with the QuickSort algorithm. It works like follows: a seed element of the array (here adopted as the element in the centre) is selected. Next all elements smaller than the seed element are separated in a new container and all the elements bigger or equal to the seed in a second new container. Partition  is repeated in recursive mode in these containers and so on until the complete set is ordered. The speed of the method is highest when the seed element is in the centre of the range of the values.

Bibliography
HERBERT SCHILDT, "C" Completo e Total, Makron Books do Brasil LTDA e Editora McGrae-Hill Ltda, São Paulo, 1991, 889 p.

Education

Figures 6, 7, 8, 9 and 10 show children and young students sitting on the floor in their classroom on different activities and very different conditions. The careful analysis of these situations will prepare the mind for some conclusions on behaviour, coexistence of races, equal opportunities and possible future actions.


Figure 6. Children sitting on the floor and their teacher in the classroom.
http://www.unicef.org/sowc02/feature4.htm



Figure 7. Girls keeping notes on notebooks on the floor of the classroom.
http://www.unicef.org/sowc02/feature3.htm



Figure 8. Children in the classroom sitting on the floor and watching their teacher preparing food. http://www.henry.k12.ga.us/ele/gingerbread/patrick.htm



Figure 9. Children in the classroom sitting on the floor, wearing the hats prepared by them during an art class. http://www.centennial.k12.or.us/schools/lm/kids/images/rouse_shape_hats_small.jpg



Figure 10. Young students sitting on the floor and preparing for a playshop.
http://www.childresearch.net/CYBRARY/PLAYSHOP/2000NAGOYA/FIND.HTM


Comments
Part of the available original set of informations on the sources have subsets of data collected in different dates.
When the political intention, the financial and organizational means will be favourable in all countries then informations will no more lack.
Dedication, competency and love enables teaching with success.  Material resources and accommodation are of relevant importance, able to increase interest, curiosity and motivation of students. When the people will move suitable constructive actions the contrasts will be attenuated and more progress will succeed.
When this will happen there will no more be terror nor terrorists, no more war nor warriors, hunger will be an archaic term because there will be food for all.
Violence will be identified and treated as a curable illness and individually treated in early infant age.
Epidemics will be extinguished at all because the global population will live in healthy equilibrium in body and mind, in an environment kept clean by their inhabitants.
Pain will be substituted by comprehension and comprehension will build happiness in the environment.
The understanding of the complementary symmetry of health and human development will be global.
Moral will guide self murderers to offer their bodies for experimental medicine in order to eliminate fortuitous unknown disease.
General weapons and mass destruction weapons will be settled in museum sections and people will prefer  to visit other sections.
For some this appears as novelty, others will identify old true.
Ignorance will not hinder local utopia to be a general reality in more advanced civilizations.
Good things tend to eternalize. On the other hand, all bad thing belongs to an ephemeral fashion.

Please send your comments.

Table of subjects.
Presentation
Chemistry Analytical Chromatography
Elemental organic analysis
Volumetric analysis, simulation
Crystallography 3 fold screw axis
4 fold inversion axis on tetrahedron
5 fold rotation axis absent in crystallography
Binary axis and reflection plane in stereographic projection
Bravais lattices
Conic sections under symmetry operators
Converting from spherical coordinates to stereographic projection
Crystal lattice and unit cell
Determination of unit cell
Elements of symmetry in action - animation
Elements of symmetry in action - cube game
Elements of symmetry in action - dodecahedron game
Elements of symmetry in action - icosahedron game
Elements of symmetry in action - octahedron game
Elements of symmetry in action - tetrahedron game
Ewald sphere and crystal measurements
Extinctions
Five classes in the cubic system
Five classes in the rhombohedral system
From tetrahedron to prism
Gnomonic projection
Improper symmetry axis
Miller indices
Miller indices - animation
Miller indices - cube game
Miller indices - octahedron game
Miller indices - rhombic dodecahedron game
Miller indices - tetrahedron game
Mirror plane
Orientations of the cube
Plane symmetry groups
Question on point group
Rotation axis in octahedron and Werner compounds
Rotation axis on tetrahedron and organic molecules
Rotation of the parallel and stereographic projections of the cube
Seven faces in stereographic projection
Seven classes in the hexagonal system
Seven classes in the tetragonal system
Six elements of symmetry in seven orientations
Spherical projection of the octahedron
Stereographic projection
Stereographic projection of six polyhedra in different orientations
Straight line equations and symmetry elements
Symmetry, 2 fold axis
Symmetry, 2, 3 and 6 fold axis in benzene
Symmetry, 3 fold axis in the cube
Symmetry, 4 fold axis in the cube
Symmetry, 4 fold axis in the unit cell of gold
Symmetry elements and Miller indices game
Symmetry elements and Miller indices game - octahedron
Symmetry in art and in crystallography
Three classes in the monoclinic system
Three classes in the orthorhombic system
Twin crystals
Two classes in the triclinic system
Unit cell in hexagonal net
General Butane conformations
Density
Electrochemical cell
Ethane conformations
Resources of chemical-ICT: water, health and symmetry
Solid and liquid gold