Detecting　body　temperature　variation　is　highly　crucial　to　monitor　health　conditions.　Temperature　sensors　with　good　sensitivity　can　detect　temperature　through　resistive　changes.　Among　such　sensors,　silver　nanowires　(AgNWs)　are　one　kind　of　important　conducive　fillers　owing　to　the　excellent　conductivity　and　low　cost.　Here　we　introduce　a　facil　strategy　to　construct　AgNWs-based　temperature　sensors　in　terms　of　the　effect　of　temperature　and　humidity　on　the　resistance　of　AgNWs　films.　A　linear　relationship　between　the　resistance　and　temperature　was　quantified.　Moreover,　the　temperature　sensitivity　achieves　(similar　to)16　Omega/degrees　C　over　the　range　of　30-80　degrees　C,　by　combining　polydimethylsiloxane　(PDMS)　films　with　AgNWs　random　network　as　the　protective　layer,　which　effectively　controls　the　influence　of　humidity　on　the　AgNWs.　The　integrated　PDMS-AgNWs　temperature　sensor　with　a　good　reproducibility,　opens　an　avenue　for　the　potential　applications　of　silver　nanowires　in　other　types　of　sensors.