AI Article Synopsis

  • Parthenium weed, an invasive species in Pakistan, is spreading rapidly from north to south and can withstand extreme hot and dry conditions, challenging previous assumptions about its survival.
  • The CLIMEX distribution model predicts that the weed will continue to expand throughout Pakistan and into broader South Asia, especially with increased irrigation providing moisture for growth.
  • Future climate change is projected to further affect the weed's distribution, making many areas, particularly in Afghanistan, more suitable for its growth while potentially decreasing suitability in southern Pakistan.

Article Abstract

L. (Asteraceae), commonly known as parthenium weed, is a highly invasive weed spreading rapidly from northern to southern parts of Pakistan. The persistence of parthenium weed in the hot and dry southern districts suggests that the weed can survive under more extreme conditions than previously thought. The development of a CLIMEX distribution model, which considered this increased tolerance to drier and warmer conditions, predicted that the weed could still spread to many other parts of Pakistan as well as to other regions of south Asia. This CLIMEX model satisfied the present distribution of parthenium weed within Pakistan. When an irrigation scenario was added to the CLIMEX program, more parts of the southern districts of Pakistan (Indus River basin) became suitable for parthenium weed growth, as well as the growth of its biological control agent, Pallister. This expansion from the initially predicted range was due to irrigation producing extra moisture to support its establishment. In addition to the weed moving south in Pakistan due to irrigation, it will also move north due to temperature increases. The CLIMEX model indicated that there are many more areas within South Asia that are suitable for parthenium weed growth, both under the present and a future climate scenario. Most of the south-western and north-eastern parts of Afghanistan are suitable under the current climate, but more areas are likely to become suitable under climate change scenarios. Under climate change, the suitability of southern parts of Pakistan is likely to decrease.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC10055816PMC
http://dx.doi.org/10.3390/plants12061381DOI Listing

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