#qp_main1973170 .qp_btna:hover input {background: rgb(59, 160, 56)!important} #qp_main1973170[results='0'] .qp_a:hover {background-color: rgb(216, 216, 216)!important} #qp_main1973170[results='0'] .qp_a[sel='1'] {background-color: rgb(212, 221, 250)!important}#qp_all1973170 {max-width:815px; margin:0 auto;} Q1. Which approach should we implement? Solar...

. Following COP21, nations largely in Europe are exploring the viability of deploying Bio-energy with CCS (BECCS) (ie. the UK, Finland, Sweden & USA). However, this change 'saviour' just won't work! BECCS is touted as carbon-negative but many assumptions are made....

To meet targets, we must stop emitting GHGs by 2050. However scepticism around meeting the desired 1.5C is increasing, many believe this can only be achieved using CDR negative emission technologies like Carbon Capture & Storage (CCS) and Bio-Energy with CCS (BECCS), mentioned in over 80% of IPCC pathways to emissions reductions. There...

We need CDR geoengineering,here's why: The Climate-Interactive simulations developed by the Massachusetts Institute for Technology, engage the public in climate change discussions. It illustrates the challenges in negotiating a comprehensive agreement that meets 2C agreed temperature increase (COP16) and...

Discussions regarding geoengineering are centred around stakeholders, scientists and academics (dominates the hyperlinks used in posts). Today's post focuses on the significance of other stakeholders from the public, policymakers as well as 'expert-knowledge' in making critical decisions about geoengineering (fig.1). Fig.1 Quote from IAGP...

The past Vostok ice core records demonstrate a correspondence between temperature fluctuations and levels of greenhouse gases (GHGs) in the atmosphere. A sawtooth pattern of temperature ranges (+2 to -9o C), concentrations of CO2 (280 to 190ppm), and methane (0.78 to 0.32ppm) from 160,000-year records.  A consequence of...