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Proceedings of International Conference on Climate Change, Biodiversity and Ecosystem Services for the Sustainable Development Goals : Policy and Practice 27-29 June 2016 at the Sirindhorn International Environmental Park, Cha-am, Phetchaburi, Thailand

the  paper  is  a  refreshing  contrast  with  the  ambiguous,  jargon-laden  often  incomprehensible ecology  that  fills  far  too  many  international  Journals  today. The more  technically  focused  paper  by Phan  Kieu  Diem  et  al.  takes  us  to  how  one  of  the  world’s  best  known  timber  trees,  Teak,  may be  responding  to  more  variable  temperatures  and  rainfall.  In  short,  to  climate  change.  As  field  ecologists  know,  studies  of  vegetation  phenology  are  demanding  jobs.  To  gain  adequate  data  on  a  scale  relevant  to  large  forest  ecosystems,  is  usually  beyond  the  scope  of  foresters  alone.  The  case  study  by  the  Phan  Kieu  Diem  team  pioneers  the  application  of  Moderate  Resolution  Imaging  Spectroradiometers (MODIS)  to  teak  leaf  unfolding  and  eventual  discoloration.  The  findings  neatly  demonstrated that  teak  forests  respond  more  strongly  to  temperature  extremes  than  precipitation.  This  useful  work  has  ecological  implications.  It  could  invite  opportunities  to  diversify  the  forest  ecology  by  making  more  use  of  non-teak tree  species  which  help  mitigate  forest  air  temperatures  and  enhance  growth  conditions  for  teak  plantations. Phongkhamphan  et  al.  contribute  an  important  study  of  connections  between  biodiversity  declines  in  dry  dipterocarp  forest  (DDF)  and  water  storage.  In  these  iconic  DDE’s  of  northern  Thailand,  the  subtle  connections  between  tree  biodiversity  and  soil  water  holding  capacity  do  need  highlighting.  Short  term  gains  in  total  tree  biomass  due  to  reduced  interspecific  tree  completion  for  precious  soil  water  must  not  hide  the  long  term importance  of  retaining  good  biodiversity.  Research  such  as  this  is  strongly  needed  and  could  be  seen  to  contrast  with  the  overemphasis on  biodiversity  for  human  well-being  (e.g.  attractiveness)  that  surfaces  in  the Woodlands  chapter  (8)  of  the  UKNEATR.  Calls  to  “monetize”  (P.265,  UKNEATR)  biodiversity  in  these  European  documents  are  welcome.  However,  to  ensure  that  such  calls  are  placed  on  solid  ecology,  studies  like  those  of  the  Phongkhamphan  team  are  essential.  Indeed,  they  serve  to  remind  those  in  advocating  ecosystem  conservation  and  eco-restoration,  that  these  activities  must  be  based  on  solid  science  as  well  as  hard-to-measure  human  values  like  attractiveness. Boonyawat  et  al.  provide  us  with  an  impressive  and  realistic  case  study  of  why  local  people  must  be  part  of  any  rural  water  resource  management  system.  Based  in  Phetchaburi  Province  they  show  that  even  modest  increases  in  village  development  can  contribute  to  significant  changes  in  water  supplies. With  climate  change  moving  in  the  direction  of  erratic  rainfall,  the  Boonyawat  team show  that  water  supplies  are  best  tackled  at  the  ecosystem  level. Water  resource  management on  a  provincial  scale  was  also  the  focus  of  a  data-rich  paper  by  a  big  team  of  researchers  led  by  Jerasorn  Santisirisomboon.  This  team  attempted  to  apply  a  Regional  Climate  Model  (RegCM4)  to  the  Phetchaburi  and  Prachuab  Khiri  Khan  River  Basins  of  Thailand  and  thus  include  the  SIEP.  Like  the  Boonyawat  et  al.  group  the  Jerasorn  Santisirisomboon  team,  climate  change  with  a  trend  towards  slight  warming  and  drying  was  predicted  by  the  model.  Also  in  concert  with  Boonyawat’s  group,  the  wisdom  of  a  holistic  ecosystem  approach  to  address  anticipated  climate  change  was  advocated.  To  reinforce  the  need  to  use  water  in  a  more  sustainable  manner,  local  stakeholders  –  provincial  citizens  –  need  to  be  deeply  involved.  One  emergent  theme  here  being  that  in  this  21st  Century  we  need  to  see  people  as  part  of  ecosystems.  In  this  way,  a  watershed  ecosystem  management  approach  would  ensure  that  forests,  soils,  streams  and  people  become  components  of  an  integrated  ecosystem. With  this  approach,  they  are  totally  in  phase  with  Bulia  Palu’s  account  of  the  Himalayan  eco-agro-economic  Proceedings of the International Conference on Climate Change, Biodiversity and Ecosystem Services for the 345 Sustainable Development Goals (SDGs): Policy and Practice 27-29 June 2016, Cha-am, Phetchaburi, Thailand


Proceedings of International Conference on Climate Change, Biodiversity and Ecosystem Services for the Sustainable Development Goals : Policy and Practice 27-29 June 2016 at the Sirindhorn International Environmental Park, Cha-am, Phetchaburi, Thailand
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