Ref
|
Title
|
Authors
|
|
A/1
|
Complexities
of Implementing Dry Sanitation in Cities
–Case Study of Leon, Mexico
|
Cordova, Ana
|
|
A/2
|
Inter-disciplinary
research on Ecological sanitation in
seven west African countries
|
Amah Klutsé, Karin Ahlgren
|
|
A/10
|
Urine
reuse in agriculture: organizational issues on
municipal level
|
Anna Richert Stintzing,
Elisabeth Kvarnström, Mats
Johansson
|
|
A/11.1
|
Paradigm
Shift in EcoSan, Lessons from the UWEP
Programme
|
Anne Scheinberg, Gert de Bruijne
|
|
A/12
|
Environmental
Alternatives to Sanitation and Food
Sovereignty
|
Alberto Ysunza-Ogazón
|
|
B/2
|
Public
acceptability of eco sanitation: Experience
from Botswana
|
Dr. Benjamin Bolaane, Ms Tshoganetso Tiroyamodimo
|
|
B/4
|
Effects
of hygienised human urine on the
productivity of sorghum (sorghum bicolore), in the
agro-ecologic conditions of Sabtenga, Burkina Faso
|
BOCOUM Fatoumata SACKO, Phytopathologist
KABRE T. Denis, Trainee in agriculture
|
|
B/5.1
|
Fate
of faecal pathogens and indicator bacteria in
urea treatment
|
Björn Vinnerås, Håkan Jönsson
|
|
B/6
|
Microbiological
effects on food crops fertilized with
biosolids produced in an ecosan system
|
B. Jimenez, A. Austin , E. Cloete, and C. Phasha
|
|
B/7
|
“Taking
EcoSan on farm”: Supporting the benefits
of wastewater irrigated urban agriculture through
applied low-tech health risk reduction measures at
farm level
|
Keraita, B., Danso, G.+, Amoah, P., Obuobie, E. And
P. Drechsel
|
|
B/10
|
Cultural
preferences for latrines and flush toilets with
wetland treatment in North West Frontier Province,
Pakistan
|
Bahadar Nawab, Kjell Bjørgen Esser, Petter
D.
Jenssen
|
| B/11 |
Lessons
from a Multi-Country A Review of EcoSan
Experience in East and Southern Africa |
Barry Jackson, Andreas Knapp |
| C/1 |
A
mathematical analysis of the drying of faeces in a
urine diversion toilet – sensitivity analysis |
Chris Brouckaert, Katherine Foxon, Tamren
Ridgeway,
Nicola Rodda, Chris Buckley |
| C/3 |
Guidelines
for the safe use of urine and faeces in
ecological sanitation systems |
Caroline Schönning, Thor Axel Stenström |
| C/5.2 |
The
ecosan source book, toolbox and data sheets –
GTZ information support for ecological sanitation |
Christine Werner, Patrick Bracken, Florian
Klingel |
| C/6 |
Linking
Ecological Sanitation and Urban Agriculture
in Sub-Saharan Africa |
Constanze Windberg |
| C/7 |
Ecological
Sanitation: a cross-cutting option for
water management, sanitation and food security in
Botswana? |
Cathrine Wirbelauer |
| D/1 |
Technical
and financial implication of on-site
sanitation promotion in managing urban faecal
sludges |
D. Koné, H. Koanda, P. Blunier,
M. Jeuland. S. Bolomey
M. Steiner, Martin Strauss |
| E/1 |
An assessment
of the effect of Human excreta
on maize production and water productivity |
Edward Guzha |
| E/2.1 |
Ecological
Sanitation meets architecture |
Elke Müllegger, Markus Lechner |
| E/2.2 |
Sanitation
for a rural school in Uganda – a
successful implementation process |
Elke Müllegger, Markus Lechner |
| E/3.1 |
Evaluating
ten years of operation of the ecosan
system at a family-owned farm and restaurant in
Bavaria, Germany |
Elisabeth v. Münch,
Arne Panesar,
Heinz-Peter Mang |
| E/4 |
Swedish farmers
attitudes to reuse of urine and
residues from anaerobic digestion |
Elisabeth Kvarnström, Anna Richert
Stintzing |
| F/1 |
In Search of
Ecosan Architecture |
Fabiola Garduño |
| G/2 |
Urine Diversion
Sanitation in South Africa: Is this a
solution? |
Gertrude Matsebe, Louiza Duncker |
| G/3 |
Social acceptance
of EcoSan (DVUD) |
Ganesh Bahadur Thapa |
| G/4 |
Use of urine
in commercial orange and papaya tree
production |
George Anna Clark |
| H/1 |
Ecosan and
Agriculture, Maharashtra, India |
Hinnerk Bartels, Dr. S.K. Goel, Martin
Wafler |
| H/2 |
Advancement
of Ecological Sanitation (Ecotoilet) in Nepalese
Context |
Mr. HR Koirala, Mr. KM Lamichhane, Ms
Mira Sharma |
| H/4 |
Guidelines
on use of urine and faeces in crop
production |
Håkan Jönsson, Anna Richert
Stintzing, Björn Vinnerås,
Eva Salomon |
| I/1 |
Mainstreaming
DEWATS systems within the ecosan
concept in Wenjiang, Sichuan Province, China |
Ina Jurga, Thilo Panzerbieter (2), Tong
Boitin (3) |
| J/1.1 |
Urine treatment
and use in the Andes |
Jenny ARAGUNDY |
| J/1.2 |
The ECOSAN
Toolbook: A new tool to promote
Ecosan |
Jenny ARAGUNDY |
| J/2 |
Effects of
mesophilic temperature and alkaline
additives on the persistence of Ascaris suum, S.
typhimurium DT 104 and indicator organisms in drycollected
faeces |
Johan Åström, Christine Moe,
Thor Axel Stenström |
| J/3 |
The ECODESS,
a integrated microsystem of Sanitary
with focus ECOSAN, for Healthy Districts in Lima-
Perú |
Arquitecto : Juan Carlos Calizaya Luna |
| J/4 |
Innovative
Ecological Sanitation Network, India |
Heeb, Christine Werner, Hinnerk Bartels,
Martin Wafler, Ken Gnanakan, Martin Mcwan |
| J/6 |
Possibilities
and barriers for recirculation of
nutrients and organic matter from urban to rural
areas: a technical theoretical framework applied to
the medium sized town Hillerød |
J. Magid, A. M. Eilersen, S. Wrisberg,
and M. Henze |
| J/7 |
Integrating
Conventional and Ecological Sanitation in
Urban sanitation for the future |
Dr. James Davos Mamit, Ib Larsen, Tang
Hung
Huong |
| J/8 |
Managing greywater
with microbial risk assessment |
Jakob Ottoson, Thor Axel Stenström |
| J/11 |
Composting
human waste from waterless toilets |
Jon Fredrik Hanssen, Adam Paruch, Petter
D. Jenssen |
| J/13 |
Experience
with source separating systems for
wastewater in Scandinavia |
James M. Greatorex, Karin Emilsson, Ola
Palm, Jakob
Magid, Petter D. Jenssen |
| J/14 |
Algorithm
to select sustainable sanitation options |
Jan-Olof Drangert |
| K/1 |
Developing
strategies for the disposal and use of
greywater in the non-sewered areas of South Africa |
K.J. Carden, N.P. Armitage, O. Sichone,
U.K. Rivett, K.
Winter |
| K/2 |
New boost for
Standardization of dry toilets with CE
–marking |
Kati Hinkkanen |
| K/3 |
Introducing
a closed-loop option for management of
human waste in Kampala, Uganda |
Project Management Unit members of the
Kampala City
Council Project for Promoting Ecological Sanitation
in Kampala |
| K/4 |
The ABR Concept:
A holistic approach to managing
wastewater from low-income communities and
institutions |
K.M. Foxon, C.A. Buckley |
| L/1 |
Ecological
Sanitation in Guara-Guara |
Luís MACÁRIO,Madeleine Fogde |
| L/2 |
Building a
methodology to overcome legal and
institutional constraints to the development of
ecological sanitation |
Luis Enrique Ramos |
| L/3 |
Salmonella
isolated in Sewage Sludge traced back to
human cases of salmonellosis |
Leena Sahlström, Birgitta de Jong,
Anna Aspan |
| L/4 |
Microbiological
safety of crops irrigated with
greywater |
L. Salukazana, N. Rodda, M. Smith, T.
Gounden, S.
Jackson, N. Macleod, C. Buckley |
| L/7 |
Source separated
wastewater a new resource for
producing mineral fertilizer |
Lasse Vråle, Petter D. Jenssen,
James M. Greatorex |
| M/1 |
Impact of buried
urine diversion waste on
environmental quality and plant growth |
M. Guness, N. Rodda, M. Smith, D. Trotter,
S.
Jackson, N. Macleod, C. Buckley |
| M/2 |
Role of wastewater
stabilization ponds in the generation
of vector mosquitoes of public health importance: a
case study from Faisalabad, Pakistan |
Muhammad Mukhtar, Felix P. Amerasinghe,
H.J. Ensink,
Wim van der Hoek |
| M/4 |
Implementation
of ecosan aspects in the urban
vegetable production of Havana |
Hammer, Martina and Viviana Avendaño |
| M/5 |
Onsite Sanitation
in Lesotho
From an Eco-Idea to a Business Opportunity |
Mantopi Lebofa |
| M/6 |
Going to scale
with urine diversion in Sweden – from
individual households to municipal systems in 15
years |
Mast Johansson, Elisabeth Kvarnström,
Anna Richert
Stintzing |
| M/8 |
Urine Harvesting
and Utilization for Cultivation of
Selected Crops: Trials from Ibadan, South West
Nigeria |
M. K. C. Sridhar, A. O. Coker, G. O. Adeoye,
I. O. Akinjobin |
| M/9 |
Viability of
ecological sanitation in urban areas in
Kenya -a case study of Nakuru town |
Otieno M. Ochola, Elisabeth v. Münch
(corresponding author), Arnold van de Klundert, Gert
de Bruijne |
| M/10 |
Perceptions
and Acceptability of Urine-Diverting
Toilets in Low Income Urban Community in Ghana |
Tsiagbey, Michael, Danso George, Bradford,
Andrew |
| N/3 |
Promoting Human
Waste Technology Transfer as
Requirements for Sustainability of Agriculture
Production in Nigeria |
Dr Meludu Nkiru T |
| O/1 |
Ecosan pilot
project for intergrated peri-urban
Ecosystem; case of Lusaka –Zambia |
Obed C. Kawanga |
| P/1 |
Making sustainable
choices – the development and
use of sustainability oriented criteria in sanitary
decision making |
Patrick Bracken (GTZ), Elisabeth Kvarnström
(EcoSanRes), Alberto Ysunza (Ceciproc), Erik Kärrman
(Urban Water), Anders Finnson (Stockholm Water), Darren
Saywell (WSSCC) |
| P/3 |
Recycling systems
for wastewater treatment – a
system evaluation |
Petter D. Jenssen, Karen Refsgaard, Thor
Axel Stenström and Petter H. Heyerdahl |
| P/4 |
Preliminary
Studies on the Evaluation of Human
Urine as a Source of Nutrients for Vegetables in the
Eastern Cape Province, South Africa |
P N S Mnkeni, A. Austin, F.R. Kutu |
| P/5 |
UDS Case Study
from Genadendal, Western Cape
Province, South Africa |
Phillip Ravenscroft, Evelyn Oppelt |
| P/6 |
Integrating
farming and wastewater management –
an environmental systems analysis of barley
production using human urine |
Pernilla Tidåker, Håkan Jönsson |
| P/7 |
An urban ecological
sanitation pilot study in humid
tropical climate |
Petter D. Jenssen, Jakob Magid, Lau Seng,
Brian Chong, Yrjan Fevang, Ingunn Skadberg |
| R/1 |
The reuse of
human waste as fertilizer and
energy source through the Ecosan school
project |
Ms Rosemary Enie |
| R/2 |
A marketing
approach towards meeting millenium
development targets |
R D Holden |
| R/4 |
Harvesting
Human Urine in the Municipality of
Tepoztlán, Mexico |
Ron Sawyer, TepozEco Project Specialists |
| R/5 |
Implementation
of ECOSAN: Challenges &
Opportunities in Nepal |
Roshan Raj Shrestha, Prachand Shrestha,
Suman K. Shakya, Upendra Paudel, Ram Bilas Pant, Anjali
Manandhar |
| R/7 |
Acceptability
of dry sanitation: a preliminary study in
two informal settlements in Cape Town, South Africa |
Ruth Stern with Solomzi Mzamo/Tertius
de Jager |
| S/1 |
Assessment
of wastewater production and reuse in
the peri-urban areas of Faisalabad, Pakistan |
Sarfraz Munir, Muhammad Mukhtar, Ensink
H. Jeroen,
Shahzad Mahmood |
| S/2 |
The ISWM approach
to EcoSan: a research agenda |
WASTE/Stan Maessen, Jeroen IJgosse |
| S/3 |
Ecosan–
a step towards sustainable rural
development in Eastern Europe |
Stefan Deegener, Ralf Otterpohl |
| S/4 |
How to overcome
barriers to the promotion of
Ecological Sanitation |
Simataa Nakamboa |
| S/6 |
The Use of
Effluent from an Anaerobic Baffled
Reactor (ABR) for Irrigation in a Peri-Urban
Community |
S. Pillay, K. Foxon, N. Rodda, M. Smith,
C. Buckley |
| W/1 |
Toilet Collecting
Systems using Biodegradable Bags
for Private and Municipal Composting – Examples
from Germany and The Netherlands |
Wolfgang Berger |
| Z/1 |
Biogas and
ecological sanitation - combining
German and Chinese know-how |
Mrs. Zhang Yuhua, Mr. Heinz-Peter Mang |
