Act Now on Wetlands for Agenda 2030S

Total Page:16

File Type:pdf, Size:1020Kb

Act Now on Wetlands for Agenda 2030S Act now on wetlands for Agenda 2030s All major global policy agreements conclude: Wetlands are vital ecosystems in the landscape and are indispensable to achieve a sustainable and secure world. Wetlands and Sustainable Development Yet, 64% of wetlands have been lost since 1900 through Wetlands link and regulate water in our landscapes, from drainage and conversion and much of those that remain are mountains to the sea. They act as water sources, sinks and under growing pressure from economic and infrastructure purifiers. They protect our shores, help make cities and development that has failed to value their role. This makes settlements safe and resilient and help recover after disaster people and nature vulnerable. strikes. They are Earth’s greatest natural carbon stores. They support abundant and unique nature. They are vital to reverse The world needs landscape scale and system approaches that land degradation and desertification. They are centres of take full account of wetlands interactions and the full range of economic growth, and the engines for the local economy. They benefits these provide to society and nature. Such approaches are the sources for plentiful food and fish, clean drinking water are cost-effective, flexible and ‘no regret’ options. and sanitation services. Global policy commitments on wetlands have been made for a number of interlinked purposes Now global policy frameworks acknowledge this and give all countries the responsibility to mainstream the protection and restoration of wetlands or freshwater systems and their services as a vital strategy for a sustainable and secure world: Reduce disaster Reduce CO2 risks Sustainable food emmisions production systems Adaptation to climate Conserve, restore and Achieve sustainable change impacts sustainably use wetlands development Combat Halt biodiversity desertification Water security and Halt and reverse land loss sanitation degradation It’s time to transform our world... SDG Goals and targets where wetlands The central role of wetlands to meet this Goal Priorities for Action play a key role 2.4 By 2030, ensure Wetlands combine rice and fish production in Safeguarding and restoring wetland sustainable food Asia. Seasonal wetlands on river floodplains agro-ecosystems is needed to sustain production systems are the lifeblood of smallholder farming and improve food production, and and implement while providing resilience against floods and increase adaptive capacity to climate resilient agricultural drought in much of sub-Saharan Africa. risks. practices that increase Drainage, water diversions and pollution in Effective approaches include: productivity and production, that help wetlands reduces food security of especially • sustain and restore flow maintain ecosystems, that strengthen the rural poor. Increasingly intensified dynamics to Sahelian floodplains capacity for adaptation to climate change, agricultural management has a high water • integrate mangroves into extreme weather, drought, flooding and demand and hence wetlands are targets for aquaculture ponds in South-east other disasters and that progressively conversion and land grabs. Poor wetland and Asia improve land and soil quality. water governance and management facilitate • regulate for responsible soy and over-exploitation. palm oil production that avoids wetland drainage and pollution 6.4 By 2030, Wetlands are the integrating ecosystems in Safeguarding and restoring high substantially increase the landscape that store and regulate water mountain lakes, peatlands and water-use efficiency flows. floodplains, is needed to reduce across all sectors and droughts downstream. ensure sustainable Ensuring supplies of freshwater will require withdrawals and an improvement in the condition and extent To become sustainable, investments in supply of freshwater to address water of key wetlands. WASH services need to use landscape scarcity and substantially reduce the scale assessments and measures number of people suffering from water that will safeguard water sources scarcity. Investments in and avoid compromising ecosystem functioning. 6.5 By 2030, implement integrated wetlands are water resources management at all levels, including through transboundary needed to achieve cooperation as appropriate. the Sustainable 6.6 By 2020, protect and restore water- related ecosystems, including mountains, Development Goals forests, wetlands, rivers, aquifers, lakes. 11.5 By 2030, Alone or in combination with traditional Over-reliance on engineered significantly reduce the infrastructure wetlands protect cities and infrastructure solutions to number of deaths and communities against inundation and flooding development means that more the number of people from the sea and rivers, reducing loss of life cost effective, multifunctional affected and and damage to property. Coastal wetlands natural infrastructure solutions are substantially decrease such as mangroves and saltmarshes dissipate overlooked. Incorporation of wetlands the direct economic losses relative to wave power. Floodplains, lakes and peatlands in urban planning, minimising global gross domestic product caused by retain and detain floodwaters, reducing flood encroachment on wetlands and disasters, including water-related peaks reaching urban areas and communities. rehabilitating wetlands in cities and disasters, with a focus on protecting the Wetlands supply freshwater for domestic use, their surrounding landscapes, reduces poor and people in vulnerable situations. irrigation of crops and sources of protein. water risks and safeguards valuable wetland services. 12.2 By 2030, achieve When sustainably managed, wetlands can be Accelerated global action to safeguard the sustainable the engines of local economies. Production and rewet peatlands is urgently management and systems requiring drainage exist all over needed. Peatlands can be cultivated efficient use of natural the world, but the situation is most dramatic on a small scale with crops adapted resources. in South-east Asia where palm oil and pulp to the wet soil conditions – a practice production drives land drainage, leading to known as paludiculture. alarming GHG emissions, floods, fires, poverty and health hazards and biodiversity loss. SDG Goals and targets where wetlands The central role of wetlands to meet this Goal Priorities for Action play a key role 13.1 Strengthen Around 90% of disasters are water-related Safeguarding and restoring resilience and adaptive and the poorest people are disproportionately wetlands like floodplains, mudflats, capacity to climate- vulnerable. Fragmentation and loss of saltmarshes and mangroves and related hazards and wetlands is increasing the severity of adaptive management of deltas, natural disasters in all water-related hazards along river systems, helps to safeguard the prosperity and countries. in deltas and along coasts. Located at the resilience of vulnerable communities. interface of land and water, wetlands are For example: crucial for risk management. Wetlands in good • restored mangrove belts can condition help regulate the water cycle, by protect coasts against high waves reducing peak flood flow, storing excessive and storm surges. precipitation, recharging groundwater • well-functioning floodplains and serving as a buffer against storms and slow the flood pulse and reduce saltwater intrusion. flooding downstream. 14.2 By 2020, Coastal wetland ecosystems like estuaries, Protection, rehabilitation and sustainably manage mangroves, lagoons, seagrasses, coral reefs restoration of coastal wetlands as an and protect marine and and kelp forests serve as nurseries for both integral part of fisheries management, coastal ecosystems to inshore and offshore fisheries and they economic development and flood avoid significant support the rapidly expanding coastal tourism risk management schemes is a adverse impacts, industry. Coastal wetlands are facing dramatic cost-effective and adaptive solution. including by strengthening their development pressures worldwide. Building with Nature (see www. resilience, and take action for their ecoshape.nl) is an effective approach restoration in order to achieve healthy to counteract erosion and increase and productive oceans. resilience along heavily modified coasts. 5.1 By 2020, ensure Since 1900 more than 64% of wetlands have Reversing the trend of wetland the conservation, been lost through drainage and conversion, loss and degradation through restoration and and much of the rest have been degraded. improvement of policies, investments sustainable use of Nature that depends on freshwater is in a and practices is essential to achieve terrestrial and inland major decline. As wetlands are lost, people the Sustainable Development Goals. freshwater ecosystems are deprived of their well-being and chance Priorities for concerted action by and their services, in particular forests, for development. The poor, women and girls governments, industry and civil wetlands, mountains and drylands, in line are the most affected. Desertification is society include: with obligations under international accelerating as natural wetlands diminish and • Safeguarding Arctic wetlands agreements. land subsidence caused by wetland drainage • Protecting and rewetting leads to loss of productive land through peatlands 15.3 By 2030, combat desertification, flooding and saltwater intrusion. • Safeguarding and restoring arid restore degraded land and soil, including and semi-arid wetlands land affected by desertification, drought • Reversing river
Recommended publications
  • Scaling up for Impact: Europe Regional Strategy 2015 - 2025
    Scaling up for impact: Europe regional strategy 2015 - 2025 Scaling up for impact: Europe Regional strategy 2015 – 2025 Wetlands International September 2016 Cover photo: Sava river. Photo by Romy Durst. 2 Wetlands International European Regional Strategy 2015 - 2025 Contents Introduction ............................................................................................................................................ 3 Our vision and mission ............................................................................................................................ 4 Our approach .......................................................................................................................................... 4 Why our work is needed ......................................................................................................................... 5 Our strategy ............................................................................................................................................ 6 How we work in Europe .................................................................................................................. 7 Geographical focus.......................................................................................................................... 8 Our niche and added value ............................................................................................................. 9 Our target groups .........................................................................................................................
    [Show full text]
  • PRESS RELEASE Royal Boskalis Westminster N.V
    PRESS RELEASE Royal Boskalis Westminster N.V. Boskalis and Wetlands International to explore the PO Box 43 3350 AA Papendrecht potential of blue carbon The Netherlands Papendrecht, 3 February 2020 Page 1 | 2 Royal Boskalis Westminster N.V. (Boskalis), a global dredging and marine contractor and Wetlands International, the global NGO dedicated to the safeguarding and restoring of wetlands, will intensify collaboration to enhance and restore coastal wetland habitats that not only support coastal protection and fisheries but store some of the world’s largest quantities of carbon. The recently signed agreement will see the organizations first focus on developing the expertise and knowledge of ‘blue carbon’ ecosystems that can contribute to climate targets, adaptation and biodiversity conservation. ‘Blue carbon’ refers to the carbon stored by the world's coastal ecosystems, mostly mangroves, salt marshes and seagrasses. With increasing risks of flooding and erosion, the impacts of climate change on coastal systems and communities are becoming ever more apparent. The dredging sector has a large role to play in safeguarding these areas, providing innovative ways to protect coastlines and introducing adaptive measures. Jane Madgwick, Chief Executive Officer of Wetlands International said: “As natural coastal protection, carbon and water stores, wetlands are vital in helping communities and nature deal with the effects of climate change. Together with Boskalis, we aim to further develop our blue carbon knowledge and expertise to help nature-based approaches become best practice across the maritime and dredging sector.” Theo Baartmans, Board Member and Chief Operating Officer, Boskalis: “As a leader in the industry, Boskalis is keen to further develop nature-based solutions to protect and enrich coastal ecosystems from the consequences of climate change.
    [Show full text]
  • Ecological Character Description of the Muir-Byenup System Ramsar Site South-West Western Australia
    ECOLOGICAL CHARACTER DESCRIPTION OF THE MUIR-BYENUP SYSTEM RAMSAR SITE SOUTH-WEST WESTERN AUSTRALIA Report Prepared for Department of Environment and Conservation, 2009 CENRM Report: CENRM085 i © Centre of Excellence in Natural Resource Management, The University of Western Australia TITLE: Ecological Character Description of the Muir- Byenup System Ramsar Site South-west Western Australia: Report prepared for the Department of Environment and Conservation PRODUCED BY: CLAIRE FARRELL AND BARBARA COOK Centre of Excellence in Natural Resource Management The University of Western Australia Unit 1, Proudlove Parade, Albany, 6332 Telephone: (08) 9842 0839 Fax: (08) 9842 8499 Email: [email protected] PRODUCED FOR: DEPARTMENT OF ENVIRONMENT AND CONSERVATION 17 Dick Perry Avenue Technology Park, Western Precinct Kensington WA 6151 CONTACT: MICHAEL COOTE DATE: SEPTEMBER 2009 PUBLICATION DATA: Farrell, C. and Cook, B. 2009. Ecological Character Description of the Muir-Byenup System Ramsar Site South-west Western Australia: Report prepared for the Department of Environment and Conservation, CENRM085. Centre of Excellence in Natural Resource Management, University of Western Australia. September 2009. ACKNOWLEDGEMENTS Funding for the development of this document was sourced jointly from the Natural Heritage Trust (NHT) and the State and Commonwealth contributions to the National Action Plan for Salinity and Water Quality (NAP). NHT and NAP are jointly administered by the Australian Government departments of Agriculture, Fisheries and Forestry
    [Show full text]
  • Assessment on Peatlands, Biodiversity and Climate Change: Main Report
    Assessment on Peatlands, Biodiversity and Climate change Main Report Published By Global Environment Centre, Kuala Lumpur & Wetlands International, Wageningen First Published in Electronic Format in December 2007 This version first published in May 2008 Copyright © 2008 Global Environment Centre & Wetlands International Reproduction of material from the publication for educational and non-commercial purposes is authorized without prior permission from Global Environment Centre or Wetlands International, provided acknowledgement is provided. Reference Parish, F., Sirin, A., Charman, D., Joosten, H., Minayeva , T., Silvius, M. and Stringer, L. (Eds.) 2008. Assessment on Peatlands, Biodiversity and Climate Change: Main Report . Global Environment Centre, Kuala Lumpur and Wetlands International, Wageningen. Reviewer of Executive Summary Dicky Clymo Available from Global Environment Centre 2nd Floor Wisma Hing, 78 Jalan SS2/72, 47300 Petaling Jaya, Selangor, Malaysia. Tel: +603 7957 2007, Fax: +603 7957 7003. Web: www.gecnet.info ; www.peat-portal.net Email: [email protected] Wetlands International PO Box 471 AL, Wageningen 6700 The Netherlands Tel: +31 317 478861 Fax: +31 317 478850 Web: www.wetlands.org ; www.peatlands.ru ISBN 978-983-43751-0-2 Supported By United Nations Environment Programme/Global Environment Facility (UNEP/GEF) with assistance from the Asia Pacific Network for Global Change Research (APN) Design by Regina Cheah and Andrey Sirin Printed on Cyclus 100% Recycled Paper. Printing on recycled paper helps save our natural
    [Show full text]
  • Locking Carbon in Wetlands for Enhanced Climate Action in Ndcs Acknowledgments Authors: Nureen F
    Locking Carbon in Wetlands for Enhanced Climate Action in NDCs Acknowledgments Authors: Nureen F. Anisha, Alex Mauroner, Gina Lovett, Arthur Neher, Marcel Servos, Tatiana Minayeva, Hans Schutten and Lucilla Minelli Reviewers: James Dalton (IUCN), Hans Joosten (Greifswald Mire Centre), Dianna Kopansky (UNEP), John Matthews (AGWA), Tobias Salathe (Secretariat of the Convention on Wetlands), Eugene Simonov (Rivers Without Boundaries), Nyoman Suryadiputra (Wetlands International), Ingrid Timboe (AGWA) This document is a joint product of the Alliance for Global Water Adaptation (AGWA) and Wetlands International. Special Thanks The report was made possible by support from the Sector Program for Sustainable Water Policy of Deutsche Gesellschaft für Internationale Zusammenarbeit (GIZ) on behalf of the Federal Ministry for Economic Cooperation and Development (BMZ) of the Federal Republic of Germany. The authors would also like to thank the Greifswald Mire Centre for sharing numerous resources used throughout the report. Suggested Citation Anisha, N.F., Mauroner, A., Lovett, G., Neher, A., Servos, M., Minayeva, T., Schutten, H. & Minelli, L. 2020.Locking Carbon in Wetlands for Enhanced Climate Action in NDCs. Corvallis, Oregon and Wageningen, The Netherlands: Alliance for Global Water Adaptation and Wetlands International. Table of Contents Foreword by Norbert Barthle 4 Foreword by Carola van Rijnsoever 5 Foreword by Martha Rojas Urrego 6 1. A Global Agenda for Climate Mitigation and Adaptation 7 1. 1. Achieving the Goals of the Paris Agreement 7 1.2. An Opportunity to Address Biodiversity and GHG Emissions Targets Simultaneously 8 2. Integrating Wetlands in NDC Commitments 9 2.1. A Time for Action: Wetlands and NDCs 9 2.2. Land Use as a Challenge and Opportunity 10 2.3.
    [Show full text]
  • Working with Nature
    Mission: Join our efforts In practice: wetlands for disaster risk reduction Working with nature To sustain and Wetlands International is proud to work in collaboration with a wide variety of government, civil Managing wetlands for increased human resilience requires action to sustain or restore water regimes, so as to restore wetlands, society and private sector partners. Together, we are integrating disaster risk reduction methods maintain wetland ecosystem health, productivity and functioning. These actions require the cooperation of different their resources and from the humanitarian, development and environmental sectors. However, there remains a need for Towards integrated approaches to disaster risk reduction sectors and stakeholders at several spatial and temporal scales. biodiversity policies and investments that facilitate widespread adoption of this common sense, holistic approach. Acknowledge the positive or negative impacts on An ecosystem approach to DRR in fi ve steps: the provision of ecosystem services related to the Initiatives aimed at disaster risk reduction must be aligned and combined with other policies in order to Millions of people around the world are Addressing the often complex underlying causes of different scenarios. be effective. Key among these are policies on economic development, land use, water management vulnerable to natural and man-made hazards. risk requires integration of best practices from DRR, 1. Assess risks and vulnerabilities, including the and natural resource exploitation. Unsustainable management and use of climate change adaptation and ecosystem-based (environmental) root causes of risk. ecosystems is often a root cause of such approaches to land and resource management. This Join us and support our work on integrated approaches to disaster risk reduction.
    [Show full text]
  • Wetlands Australia: National Wetlands Update 2009
    Wetlands Australia NATIONAL WETLANDS UPDATE 2009 Issue No. 17 ANNUAL UPDATE FOR AUSTRALIA’S WETLAND COMMUNITY Australia’s largest aerial survey of wetland health Indigenous rangers fill knowledge gaps on Gulf of Carpentaria plains Australia’s northern tropical rivers: Determining assets and threats River Murray floodplain: Prioritisation and environmental watering Contents Ministers’ foreword 3 National aerial wetland survey 4 Water for the Future, the Australian Government’s water sustainability plan 5 Indigenous rangers survey Gulf of Carpentaria wetlands, Queensland 6 Assets and threats to Australia’s northern tropical rivers 8 River Murray floodplain prioritisation and environmental watering plans, SA 10 Restoring environmental flow to Mulcra Island, River Murray, Victoria 12 Extent, condition and threat to coastal saltmarshes, Victoria 13 Recovering the Macquarie Marshes and Gwydir Wetlands, NSW 14 Worldwide decline of migratory shorebirds 16 Traditional fire management in Kakadu Wetlands, NT 18 Saving the Southern Bell Frog, NSW 20 Rediscovery of endangered species in Ballina Shire, NSW 22 Conserving Sydney’s Whites Creek Wetlands, NSW 23 Providing drought refuge to water-dependent flora and fauna, Victoria 24 Assessing ecological condition of Fleurieu Peninsula wetlands, SA 26 Risk of eutrophication to coastal wetlands, NSW 28 New fishway at Loudoun Weir, Queensland 29 Rapid assessment of significant wetlands, WA 30 Salvaging Lower Murray-Darling wetlands from inundation, NSW 31 Restoring a natural cycle to Margooya Lagoon, Victoria
    [Show full text]
  • Wetlands and Global Climate Change: the Role of Wetland Restoration in a Changing World
    Wetlands Ecol Manage (2009) 17:71–84 DOI 10.1007/s11273-008-9119-1 ORIGINAL PAPER Wetlands and global climate change: the role of wetland restoration in a changing world Kevin L. Erwin Received: 15 April 2008 / Accepted: 24 September 2008 / Published online: 7 November 2008 Ó Springer Science+Business Media B.V. 2008 Abstract Global climate change is recognized as a will hinge on how we choose to respond to the effects threat to species survival and the health of natural of climate change. How will we choose priorities for systems. Scientists worldwide are looking at the restoration and research? Will enough water be ecological and hydrological impacts resulting from available to rehabilitate currently damaged, water- climate change. Climate change will make future starved wetland ecosystems? This is a policy paper efforts to restore and manage wetlands more com- originally produced at the request of the Ramsar plex. Wetland systems are vulnerable to changes in Convention on Wetlands and incorporates opinion, quantity and quality of their water supply, and it is interpretation and scientific-based arguments. expected that climate change will have a pronounced effect on wetlands through alterations in hydrological Keywords Wetland restoration Á Wetland regimes with great global variability. Wetland habitat hydrology Á Climate change Á Wetlands Á Mangroves Á responses to climate change and the implications for Seagrasses Á Salt marsh Á Arctic wetlands Á Peatlands Á restoration will be realized differently on a regional Freshwater marsh and forests Á Sundarban Á Mekong and mega-watershed level, making it important to river delta Á Southern Ontario Á Carbon sink recognize that specific restoration and management plans will require examination by habitat.
    [Show full text]
  • Wetlands & Climate Change Management Options
    WETLANDS AND CLIMATE CHANGE: Management Options Jon Kusler Association of State Wetland Managers [email protected] 518-872-1804 MANAGEMENT OPTIONS • What can states, local governments, federal agencies, land trusts and others do to reduce the impacts of climate change on wetland ecosystems? • What can these entities do to protect wetland carbon stores and reduce methane emissions from wetlands? MANAGEMENT OPTIONS? • Examples: – Mapping or other identification of wetlands sensitive to climate change in a locality, state, region – Setbacks to allow coastal wetlands to migrate – Water level manipulation to prevent wetlands in areas with increased temperatures and reduce precipitation from drying out – Protection and restoration of “connectivity” to all plants and animals to migrate – Tightened regulation of wetlands with large carbon stores such as bogs and some riverine wetlands WETLANDS AND CLIMATE CHANGE WORKSHOPS Wetlands and Climate Change Workshop, February 3-4, 1999 Laurel, Maryland, International Institute, Association of State Wetland Managers Wetlands, Carbon Cycling and Future Climate Change Workshop, April 25-26, 2000. Laurel, Maryland, International Institute, Association of State Wetland Managers Wetlands and Climate Change Symposium, Millennium Wetland Event, Quebec 2000, Quebec City, August 10 and 11, 2000, Wetlands International and the International Institute, Association of State Wetland Managers U.S./Canadian Wetlands and Climate Change Symposium Society of Wetland Scientists Annual Meeting June 6-7, Lake Placid, New
    [Show full text]
  • Water Shocks: Wetlands and Human Migration in the Sahel
    WATER SHOCKS Wetlands and Human Migration in the Sahel WATER SHOCKS: WETLANDS AND HUMAN MIGRATION IN THE SAHEL 1 Contributing authors: The following authors, here presented in alphabetical order, contributed equally to the compilation of the report: F. Jane Madgwick, Robert Oakes, Fred Pearce & Rebecca E. Tharme Editors: F. Jane Madgwick and Fred Pearce Acknowledgements: The production of this report is supported by Partners for Resilience, a programme operating since 2011 to reduce the impact of natural hazards on vulnerable people in developing countries. The Partners for Resilience alliance includes Netherlands Red Cross (lead organisation), CARE Netherlands, Cordaid, the Red Cross Red Crescent Climate Centre, Wetlands International and many local partners, working in 10 countries. The alliance now works in a strategic partnership with the Dutch Ministry for Foreign Affairs. This report was also supported by the European Commission through LIFE NGO funding. Many people have contributed to the report. Special thanks to reviewers Kees van der Geest (UNU), Alain Vidal (CGIAR), Sebastien Moretti and Tiziana Bonzon (IFRC), Leo Zwarts and Eddy Wymenga (Altenburg & Wymenga); to Papa Mawade Wade, Karounga Keita, Julie Mulonga, Paul Brotherton, Joyce Kortlandt and Marie-José Vervest from Wetlands International for additional advice and contributions. Thanks to Mira-Bai Simón, Naomi Racz, Stephan Flink and Lammert Hilarides from Wetlands International for preparing the pictures, illustrations and maps. Thanks to Greer Wilson for proof reading. Copyright: © 2017 Wetlands International Content from this publication may be reproduced freely for educational, journalistic, and other non-commercial purposes (subject to any disclaimers). Prior permission must be given for all other forms of reproduction.
    [Show full text]
  • CHINA Shandong Yellow River Delta National Nature Reserve
    CHINA Shandong Yellow River Delta National Nature Reserve Chen Kelin and Yuan Jun Wetlands International-China Programme Yan Chenggao Ministry of Forestry, PRC THE CONTEXT Ecological profile Shandong Yellow River Delta National Nature Reserve (11833-11920E, 3735-3812N) is situated in the northeast of Dongying City, Shandong Province, the People's Republic of China, which faces the Bohai Sea in the North and borders Laizhou Bay in the East (see appended map). It has a warm-temperate continental monsoon climate, with dry and windy spring, hot and rainy summer, cool and clear autumn, cold, dry and snowless winter. This area has an average annual temperature of 11.9C, a frost-free period of about 210 days, an average annual precipitation of 592 mm, mean annual evaporation of 1962 mm and average annual relative humidity of 68%. The Yellow River plays a dominant role in forming and maintaining the regional hydrology. The river has its lowest discharge from late March to June. With increasing water consumption upstream, especially the rapid development of water diversion works for irrigation, the river flow drys out frequently. The main flood season is from July to October, when there is heavy rainfall in the middle and lower reaches. From October to mid December, the river flow is steady. Then it will be ice bound season from the end December to March, during which the water level often rises drastically owing to poor drainage from ice blocking down the river channel. According to the observation data of Lijin hydrological station in the Yellow River Mouth from 1950 to 1985, the mean discharge is 41.9 billion m3, with an range from the maximum of 79.31 billion m3 to the minimum of 9.15 billion m3.
    [Show full text]
  • The Economics of Ecosystem Services of the Tana River Basin Mainstreaming the Value of Ecosystems and Biodiversity in Development Planning
    The Economics of Ecosystem Services of the Tana River Basin Mainstreaming the value of Ecosystems and Biodiversity in Development Planning In a River Basin like the Tana appreciating the relationship between development goals, human well being and ecosystem services is crucial. It can mean the difference between a successful development strategy and one that falls short because of the unexamined consequences or changes in the flow of ecosystem services. This fact sheet highlights the importance of mainstreaming the values of ecosystem services in development using an example of the Tana River Basin. The Tana River Basin. One basin with 3 distinct landscapes. What are the major ecosystems of the Tana River Basin? The upper Tana has a size of 15,000 km2 with a high number of perennial and seasonal Montane/highland forests; agro-ecosystems tributaries including the rivers Thika, Sagana, (cropland); grasslands; Tana delta; coastal forests; Thiba, Mutonga and Chania. It has the highest mangroves; small wetlands (lakes and rivers); average annual precipitation rate and humid or settlement are the main ecosystems within the semi-humid climate during the whole year. Tana River Basin. The Tana Delta biodiversity The soil is mainly volcanic, rich in nutrients hotspot is also home to endangered species and suitable for cultivating coffee, rice, wheat, tea was designated as a Ramsar site in 2012. and maize. Dairy production, poultry and sheep farming are also widely practiced (Agwata, What are the major ecosystem services 2005). Overall, water resources in the upper Tana of the Tana River Basin? are mainly used for agriculture, irrigation and hydropower.
    [Show full text]