рдПрдХ рдЖрдзा рдЕрдзूрд░ा рдЪिंрддрдХ рд╣ोрдиे рдХे рдиाрддे рдХрдИ рдмाрд░ рд╕ोрдЪрддा рд╣ूँ рдХी рдХ्рдпा рдХрд▓्рдкрдиा рдоें рдХोрдИ рд╡ाрд╕्рддрд╡िрдХрддा рдЫुрдкी рд╣ुрдИ рд╣ै । рдХ्рдпा рдХрд▓्рдкрдиा рд╕े рд╡ाрд╕्рддрд╡िрдХрддा рдХा рдЬрди्рдо рд╣ो рд╕рдХрддा рд╣ै। рдЖрдЦिрд░ рдХрд▓्рдкрдиाрдпें рд╣ैं рдХ्рдпा ? рд╕िрд░्рдл рдорди рдХी рдЧूрдв़рддा рдпा рдХिрд╕ी рдпрдеाрд░्рде рдХा рдЪिंрддрди। рдХрд▓्рдкрдиाрдУं рдХे рдЭाрдб़ рдкрд░ рдмैрдардХрд░ рдХрдИ рдмाрд░ рдХрд╡िрддा рдХा рд╕ृрдЬрди рдХрд░рддे рд╕рдордп рдоुрдЭे рд▓рдЧрддा рд╣ै рдХी рдХ्рдпा рдХрд▓्рдкрдиा рдоाрдирд╡ рдорди рдХी рд╕ृрдЬрдирд╢ीрд▓рддा рдХी рдкрд╣рд▓ी рдХрдб़ी рд╣ै। рдХ्рдпा рдХрд▓्рдкрдиाрдПं рдЭूрдЯ рдХा рдкुрд▓िंрджा рдоाрдд्рд░ рд╣ैं рдФрд░ рд╕рдд्рдп рд╕рджैрд╡ рдЕрдкрд░िрд╡рд░्рддрдиीрдп рд╣ोрддा рд╣ै рдпा рдлिрд░ рдХрд▓्рдкрдиाрдУं рдоें рднी рдЬीрд╡рди рдХा рдПрдХ рд╕ाрд░ рд╣ै , рдПрдХ рдЧूрдв़рддा рд╣ै рдФрд░ рдПрдХ рд░рдЪा рдмрд╕ा рд╕ंрд╕ाрд░ рд╣ै ? рдХрднी рдХрднी рдорд╕्рддिрд╖्рдХ рдорди рдоें рдмрдиीं рдХुрдЫ рд╕ोрдЪों, рдХрд▓्рдкрдиाрдУं рдпा рдЫрд╡िрдпों рдХा рдоूрд▓्рдпांрдХрди рдХрд░рддा рд╣ै рдЬिрди्рд╣ें рд╡рд╣ рд╕ंрд╕ाрдзिрдд рдХрд░рдиा рдЪाрд╣рддा рд╣ै , рдХрд▓्рдкрдиा рд╡ाрд╕्рддрд╡िрдХрддा рдХी рд╕ीрдоा рдХा рдЖрдзाрд░ рд╕ा рд▓рдЧрддी рд╣ै । рдпрджि рдХрд▓्рдкрдиाрдУं рдХे рд╕ंрдХेрдд рд╕ीрдоा рдкाрд░ рдХрд░ рдЬाрддा рд╣ैं , рддो рдорди рд╕ोрдЪрддा рд╣ै рдХि рдпрд╣ рд╡ाрд╕्рддрд╡िрдХ рд╣ै рдпрджि рдРрд╕ा рдирд╣ीं рд╣ोрддा рд╣ै, рддो рдорди рд╕ोрдЪрддा рд╣ै рдХि рдпрд╣ рдХाрд▓्рдкрдиिрдХ рд╣ै। рдХाрд▓्рдкрдиिрдХрддा рдХрднी рдХрднी рдпрддाрд░्рде рдХो рдЬрди्рдо рджेрддी рд╕ी рд▓рдЧрддी рд╣ै । рдЬाрди рддрдХ рдорди рд╡िрдЪाрд░ рд╢ूрди्рдп рд╣ै рддрдм рддрдХ рди рдХрд▓्рдкрдиा рдХा рдЖрдзाрд░ рд╣ै рди рд╡ाрд╕्рддрд╡िрдХрддा рдХी рдкрд░िрдзि। рд╡ाрд╕्рддрд╡िрдХрддा рдоें рдк्рд░рд╡ेрд╢ рдХрд░рдиे рдХे рд▓िрдП рдХрд▓्...
its good to discuss more about Big Bang. but one question remain in my mind
ReplyDeletefrom Hindu mythological knowledge to Buffun, Laplase, Emmenuel Kant, Jeans -Jefrey to Chandra Shekhar Limit and Kelkar theory to Big bang we discuss a lot but till now human race is confused in the same that is What is Big Bag? How Universe has formed when there was no matter???? why we discuss Zero to Infinity when we are in same still in the basic question???????????
after watching Indian NEWS CHENNEL today 16th August 2009. it came to my mind
ReplyDeleteVs
Do you think is there any similarity between Dr. Kalam and Shahrukh Khan?
U will not belive that our Government and Media think Shasrukh is more important than Dr. Kalam.
When Shahrukh khan was asked by America for security check in one of their Airport Our Indian Government and Media agitated it like anything. immediately Govt. ask for a clarification to America and Whole day it was the main news in all media and our Media gave preference to Sharukh's news more than the news of Independence day celebration and Priminister's address from red fort.
Same when Dr. Kalam was asked by America for the same govt. came to know about this incident after one and half month and there was no coverage for this news in media.
So don’t u think Government and Media of India think that Shahrukh is more important that Dr. Kalam.
Becoz we dont think so. So im sending this mail to you becouse i belive u will forward this mail to many so that no body ever try to forget Dr. Kalam's contribution to India.
Yours
Dr. Manish Semwal
(An proud Indian)
Background
ReplyDeleteIn this activity students will investigate how much pollution has affected the condition of a named freshwater ecosystem (e.g. lake) using an ecological approach. Through this simple method of investigation it is hoped to give a hands on experience of learning for students, and the results will be useful for them and also for whom it may concern and also for further studies.
University of Indonesia has 5 lakes, these lakes act as a water reservoir for the town of Depok. The lakes get their waters from surrounding small rivers and drains. Consequently, these lakes are prone to water pollution. This location will provide the best condition and also experience to students to do freshwater ecosystem studies.
Objective
To investigate the freshwater quality of several lakes at University of Indonesia
Description of activity
1. Freshwater Quantitative Measurement
Students will take the quantitative measurement of the lake, measurements such as; dissolved oxygen, pH, temperature, transparency etc. These measurements will provide the basis for discussion to analyse the condition of the ecosystem
2. Freshwater Invertebrate Biological Indicator
Students will learn how to identify several freshwater invertebrate biological indicators in the lake. These animals will be the key for students to know the water quality of the lake.
3. Plankton collection
Students will collect samples of plankton using plankton net. These planktons with its particular characteristics will help students to determine the water quality of the lake.
Biotic Index Calculation Worksheet
ReplyDeleteBiotic Index Calculation Worksheet A X B = C
Taxon Pollution Tolerance Value Number Found Total Tolerance Total Tolerance Total Tolerance
Inlet 1 Middle 2 M P K M P Outlet3 M P K M P
Ephmeroptera (Mayfiles) 3.6
Plecoptera ( Stoneflies) 1
Trichoptera (Caddisflies)
Most Caddisflies 2.8
Hydropsychide {CommonNetspinning Cadd. ) 5
Odonata
Anisoptera ( Dragonflie) 4 2 8 2 8 2 8
Zygoptera ( Damselflie) 7
Megaloptera ( Dobsonrf& Alderflie 2
Coleoptera (Beetles) 4.6 1 4.6
Hemiptera ( True Bug) 9 3 27 4 36
Diptera ( True Flie
Chironomidae (Midges) 6
Simulidae ( Black Flies) 6
Tipulidae ( crane flies) 3
Other Diptera 6 3 18 3 18 3 18
Amphipoda ( Scuds) 6
Isopoda ( Sowbugs) 8
Oligochaeta ( Earthworm) 8
Hirudinea ( Leeches 10
Turbellaria (Planarians) 4
Gastropoda ( Snail) 7 9 63 9 114 36 63 798 252 9 36 114 56 252 798
Sum 14 89 18 114 36 220 798 252 14 36 118 82 252 834
Formula- Sum of total Tolerance Value = Total tolerance value ---- Biotic index for sample
Sum of the number found Number Found
Apply this above formula to fund Biotic Index and write the analysis and interpret data through graphical presentation.
Fresh Water Abiotic Factors
Parameter Inlet1 Kanagna Lake Intel 2 Mohani Lake Intel 3 Puspa lake Middle 1 K Middle2 M Middle 3 P Outlet 1 K Outlet 2 M Outlet 3 P
1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3 1 2 3
Transprency in cm 22 22 18 41 39.5 39.5 25.5 20.5 23.5 10 14 12 9 14 12 10 11 12 17 21 20 40 47 48 30 40 30
Temperature in cg 29 30 29 30 30 30 34 34 34 30.5 31.3 31 29 32 31 29 32 31 30 29 27 30 29 30 31 31 32
Ph 7 7 7 8 8 8 6 6 6 6 6 7 6 7 6 6 7 7 7 8 8 7 7 7 7 8 9
Freshwater Biotic Factors
Observer …………..
Location …………….. Date 15/08/09.
Weather Condition…………… Time……………….
Phytoplankton Water Insect Macro benthos Other
Kenagna Puspa Mohani Kenagna Puspa Mohani Kenagna Puspa Mohani Kenagna Puspa Mohani
Chlorella +1 Chlorella
Alga Cyanophyta Dragonflies (3)
Butterfly (2)
Beetle (1)
Snails
Mollusc (100)+ 3+ 8+20
Mollusc (20)+ 12+42+
58
Freshwater shrimps (4)
Lizard (1)
Shrimps (2)
2 1 1 3 2 1 1 131 4 1 2
Microcystic +1
Micorcystic (Cynophyta) Oscillatoria Cullcidae (3) Hempitera Molluse (5) Snails
Snails
Tadpoles (3)
Shrimps (3)
Zooplankton
2 1 1 3 - 1 5 1 1 3 3 1
Species A (Long strands)
Chlorophyta Notorectidae (3) Prawn praw Fish (30)+1
Fish (4)
Fish
1 - 1 3 - 3 1 1 - 31 4 1
Actinastrum 150 +1+1+1 Actinastrum +1+1 Actinastrum +1
153 3 2 - - - - - - - - -
Spirulina Pinnularia
1 - 1 - - - - - - - - -
Oscillatoria +1
2 - - - - - - - - - -
Activity Title
“Freshwater Quality Monitoring at University of Indonesia”