The　maximum　average　degree　of　a　graph　G,　denoted　by　mad(G),　is　defined　as　mad(G)=maxH⊆G2e(H)/v(H).　Suppose　that　σ　is　an　orientation　of　G,　Gσ　denotes　the　oriented　graph.　It　is　well-known　that　for　any　graph　G,　there　exists　an　orientation　σ　such　that　Δ+(Gσ)≤k　if　and　only　if　mad(G)≤2k.　A　graph　is　called　a　pseudoforest　if　it　contains　at　most　one　cycle　in　each　component,　is　d-bounded　if　it　has　maximum　degree　at　most　d.　In　this　paper,　it　is　proven　that,　for　any　non-negative　integers　k　and　d,　if　G　is　a　graph　with　mad(G)≤2k+2d/k+d+1,　then　G　decomposes　into　k+1　pseudoforests　with　one　being　d-bounded.　This　result　in　some　sense　is　analogous　to　the　Nine　Dragon　Tree　(NDT)　Conjecture,　which　is　a　refinement　of　the　famous　Nash-Williams　Theorem　that　characterizes　the　decomposition　of　a　graph　into　forests.　A　class　of　examples　is　also　presented　to　show　the　sharpness　of　our　result.　©　2015　Elsevier　Inc.